Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Safety Prevention|||
|
Quadratic Equation|General Form||
|
Quadratic Equation|Standard Form |Standad Form|
|
Quadratic Equation|Standard Form |Standad Form|
|
Quadratic Equation|||
|
Quadratic Equation|||
|
Quadratic Equation|||
|
Quadratic Equation|||
|
Quadratic Equation|||
|
Quadratic Surface|||
|
Quadratic Surface|||
|
Logarithms|||
|
Logarithms|Identities||
|
Algebra of Complex Numbers|||
|
Algebra of Complex Numbers|||
|
Algebra of Complex Numbers|||
|
Algebra of Complex Numbers|||
|
Algebra of Complex Numbers|||
|
Algebra of Complex Numbers|Polar Coordinates||
|
Algebra of Complex Numbers|Polar Coordinates||
|
Algebra of Complex Numbers|Polar Coordinates||
|
Algebra of Complex Numbers|Polar Coordinates||
|
Algebra of Complex Numbers|Polar Coordinates||
|
Algebra of Complex Numbers|Euler Identity||
|
Algebra of Complex Numbers|Euler Identity||
|
Algebra of Complex Numbers|Euler Identity||
|
Algebra of Complex Numbers|Euler Identity||
|
Algebra of Complex Numbers|Roots||
|
Trigonometry|Law of Sines||
|
Trigonometry|Law of Cosines||
|
Trigonometry|Law of Cosines||
|
Trigonometry|Identities||
|
Trigonometry|Identities||
|
Trigonometry|Identities||
|
Trigonometry|Identities||
|
Trigonometry|Identities||
|
Trigonometry|Identities||
|
Mensuration of Areas and Volumes|Identities||
|
Mensuration of Areas and Volumes|Identities||
|
Mensuration of Areas and Volumes|Parabola|Area|
|
Mensuration of Areas and Volumes|Parabola|Area|
|
Mensuration of Areas and Volumes|Ellipse||
|
Mensuration of Areas and Volumes|Sphere||
|
Mensuration of Areas and Volumes|Sphere||
|
Mensuration of Areas and Volumes|Sphere||
|
Mensuration of Areas and Volumes|||
|
Mensuration of Areas and Volumes|Right Circular Cylinder||
|
Mensuration of Areas and Volumes|Right Circular Cylinder||
|
Conic Sections|Parabola||
|
Conic Sections|Parabola||
|
Conic Sections|Ellipse||
|
Conic Sections|Hyperbola||
|
Conic Sections|Circle||
|
Conic Sections|Conic Section Equation||
|
Differential Calculus|The Derivative||
|
Differential Calculus|The Derivative||
|
Differential Calculus|Derivatives||
|
Differential Calculus|Derivatives||
|
Differential Calculus|Derivatives||
|
Differential Calculus|Derivatives||
|
Differential Calculus|Derivatives||
|
Differential Calculus|Derivatives||
|
Differential Calculus|Derivatives||
|
Differential Calculus|Derivatives|Curvature in Rectangular Coordinates|
|
Differential Calculus|Derivatives|The Radius of Curvature|
|
Differential Calculus|Derivatives|The Radius of Curvature|
|
Differential Calculus|L Hospital Rule||
|
Integral Calculus|Integrals||
|
Integral Calculus|Integrals||
|
Integral Calculus|Integrals||
|
Integral Calculus|Integrals||
|
Integral Calculus|Integrals||
|
Integral Calculus|||
|
Centroid and Moments of Inertia||Location of the centroid|
|
Centroid and Moments of Inertia||Location of the centroid|
|
Centroid and Moments of Inertia||First moment of area|
|
Centroid and Moments of Inertia||First moment of area|
|
Centroid and Moments of Inertia||Second moment of area|
|
Centroid and Moments of Inertia||Moment of Insertia wrt axix parallel|
|
Centroid and Moments of Inertia||Polar Moment of Inertia|
|
Progressions and Series|Arithmetic Progression||
|
Progressions and Series|Arithmetic Progression||
|
Progressions and Series|Geometric Progression||
|
Progressions and Series|Geometric Progression||
|
Progressions and Series|Geometric Progression||
|
Progressions and Series|Taylor Series||
|
Differential Equations||Ordinary Differential Equation|
|
Differential Equations||Homogeneous Differential Equation|
|
Differential Equations||Complete Solution|
|
Differential Equations|First-Order Linear Homogenous Differential Eq||
|
Differential Equations|First-Order Linear Homogenous Differential Eq||
|
Differential Equations|First-Order Nonhomogenous Differential Eq||
|
Differential Equations|First-Order Nonhomogenous Differential Eq||
|
Differential Equations|First-Order Nonhomogenous Differential Eq||
|
Differential Equations|Second-Order Homogenous Diff Eq||
|
Differential Equations|Second-Order Homogenous Diff Eq||
|
Differential Equations|Second-Order Homogenous Diff Eq||
|
Differential Equations|Second-Order Homogenous Diff Eq||
|
Differential Equations|Second-Order Homogenous Diff Eq||
|
Differential Equations|Second-Order Homogenous Diff Eq||
|
Laplace Transforms|||
|
Laplace Transforms|||
|
Matrices|Multiplications of Two Matrices||
|
Matrices|Matrix Transpose||
|
Matrices|Matrix Inverse||
|
Determinants||Second Order Determinant|
|
Determinants|Third-Order Determinant||
|
Vectors|||
|
Vectors|||
|
Vectors||Dot Product of Vectors|
|
Vectors||Dot Product of Vectors|
|
Vectors||Cross Product of Vectors|
|
Vectors|Identities||
|
Vectors|Identities||
|
Difference Equations|||
|
Difference Equations|Newton Method for Root Extraction||
|
Difference Equations|Numerical Integration||
|
Difference Equations|Numerical Integration||
|
Dispersion, Mean, Median, and Mode Values|Mean|Arithmetic Mean|
|
Dispersion, Mean, Median, and Mode Values|Mean|Weighted Arithmetic Mean|
|
Dispersion, Mean, Median, and Mode Values|Variance|Population Variance|
|
Dispersion, Mean, Median, and Mode Values|Standard Deviation|Population Standard Deviation|
|
Dispersion, Mean, Median, and Mode Values|Variance|Sample Variance|
|
Dispersion, Mean, Median, and Mode Values|Standard Deviation|Sample Standard Deviation|
|
Dispersion, Mean, Median, and Mode Values|Coefficient of Variation|Sample Coefficient of Variation|
|
Dispersion, Mean, Median, and Mode Values|Geometric Mean|Sample Geometric Mean|
|
Dispersion, Mean, Median, and Mode Values|Root Mean Square Value|Sample Root Mean Square Value|
|
Permutations and Combinations|Permutations|Number of Different Permutations|
|
Permutations and Combinations|Combinations|Number of Different Combinations|
|
Permutations and Combinations|Permutations|Number of Different Permutations|
|
Sets|De Morgan Law|De Morgan Law|
|
Sets|De Morgan Law|De Morgan Law|
|
Sets|Associative Law|Associative Law|
|
Sets|Associative Law|Associative Law|
|
Sets|Distributive Law|Distributive Law|
|
Sets|Distributive Law|Distributive Law|
|
Sets|General Character of Probability|Property 1|
|
Laws of Probability|Law of Total Probability|Property 2|
|
Laws of Probability|Law of Compound or Joint Probability|Property 3|
|
Laws of Probability|Bayes Theorem|Bayes Theorem|
|
Probability Functions, Distributions, and Expected Values|Probability Mass Function|Probability Mass Function|
|
Probability Functions, Distributions, and Expected Values|Probability Density Function|Probability Density Function|
|
Probability Functions, Distributions, and Expected Values|Cumulative Distribution Functions|Cumulative Distribution Function|
|
Probability Functions, Distributions, and Expected Values|Cumulative Distribution Functions|Cumulative Distribution Function|
|
Probability Functions, Distributions, and Expected Values|Expected Values|Expected Value of X|
|
Probability Functions, Distributions, and Expected Values|Expected Values|Variance of X|
|
Probability Functions, Distributions, and Expected Values|Expected Values|Mean or Expected Value of the Random Variable X|
|
Probability Functions, Distributions, and Expected Values|Expected Values|Variance of the Random Variable X|
|
Probability Functions, Distributions, and Expected Values|Expected Values|Standard Deviation of the Random Variable X|
|
Probability Functions, Distributions, and Expected Values|Expected Values|Coefficient of Variation of the Random Variable X|
|
Probability Functions, Distributions, and Expected Values|Sums of Random Variables|Sum of Random Variable|
|
Probability Functions, Distributions, and Expected Values|Sums of Random Variables|Expected Value of Y|
|
Probability Functions, Distributions, and Expected Values|Sums of Random Variables|Variance of Y|
|
Probability Functions, Distributions, and Expected Values|Sums of Random Variables|Standard Deviation of Y|
|
Probability Functions, Distributions, and Expected Values|Binomial Distribution|Probability that x successes|
|
Probability Functions, Distributions, and Expected Values|Binomial Distribution|Variance|
|
Probability Functions, Distributions, and Expected Values|Normal Distribution (Gaussian)|Density Function|
|
Hypothesis Testing|Normal Distribution (Gaussian)|Standardized or Unit Normal Distribution|
|
Hypothesis Testing|Normal Distribution (Gaussian)|Central Value Theorem|
|
Hypothesis Testing|Normal Distribution (Gaussian)|Central Value Theorem|
|
Hypothesis Testing|Normal Distribution (Gaussian)|Central Value Theorem|
|
Hypothesis Testing|t-Distribution|Probability Density Function|
|
Hypothesis Testing|t-Distribution|Probability Density Function|
|
Hypothesis Testing|t-Distribution|Number of Degrees of Freedom|
|
Hypothesis Testing|t-Distribution|Probability (Type I Error)|
|
Hypothesis Testing|Chi-squared-Distribution|Chi-squared|
|
Hypothesis Testing|Gamma Function|Gamma Function|
|
Hypothesis Testing|One-Way Analysis of Variance|Hypothesis|
|
Hypothesis Testing|One-Way Analysis of Variance|Probability (Type II Error)|
|
Hypothesis Testing|One-Way Analysis of Variance|Number of Samples|
|
Hypothesis Testing|One-Way Analysis of Variance|Hypothesis|
|
Hypothesis Testing|One-Way Analysis of Variance|Probability (Type II Error)|
|
Hypothesis Testing|One-Way Analysis of Variance|Number of Samples|
|
Confidence Intervals, Sample Distributions and Sample Size|Confidence Intervals for the Mean|Standard Deviation known|
|
Confidence Intervals, Sample Distributions and Sample Size|Confidence Intervals for the Mean|Standard Deviation not known|
|
Confidence Intervals, Sample Distributions and Sample Size|Confidence Intervals for the Difference Between Means|Lower Confidence Interval|
|
Confidence Intervals, Sample Distributions and Sample Size|Confidence Intervals for the Difference Between Means|Upper Confidence Interval|
|
Confidence Intervals, Sample Distributions and Sample Size|Confidence Intervals for the Difference Between Means|Lower Confidence Interval|
|
Confidence Intervals, Sample Distributions and Sample Size|Confidence Intervals for the Difference Between Means|Upper Confidence Interval|
|
Confidence Intervals, Sample Distributions and Sample Size|Confidence Intervals for the Variance|Confidence Interval for the Variance|
|
Test Statistics|Sample Size|Normalized Variable|
|
Test Statistics|Sample Size|Number of Samples|
|
Definitions||Equilibrium Constant of a Chemical Reaction|
|
Definitions||Equilibrium Constant of a Chemical Reaction|
|
Definitions||Solubility Product|
|
Definitions||Solubility Product Constant|
|
Acids, Bases, and pH||pH|
|
Corrosion|Anodic Reaction|Oxidation of a Typical Metal|
|
Corrosion|Possible Cathodic Reaction|Reduction|
|
Corrosion|Possible Cathodic Reaction|Reduction|
|
Corrosion|Possible Cathodic Reaction|Reduction|
|
Diffusion|Diffusion Coefficient|Diffusion Coefficient|
|
Properties of Materials|Electrical|Charge Held By a Capacitor|
|
Properties of Materials|Electrical|Capacitance of a Parallel Plate|
|
Properties of Materials|Electrical|Permittivity of Material|
|
Properties of Materials|Electrical|Resistivity of a Material|
|
Properties of Materials|Mechanical|Engineering Strain|
|
Properties of Materials|Mechanical|True Strain|
|
Relationship Between Hardness and Tensile Strength|Hardness|Tensile Strength|
|
Relationship Between Hardness and Tensile Strength|Hardness|Tensile Strength|
|
ASTM Grain Size|Grain Boundary Surface|Grain Boundary Surface per Unit Volume|
|
ASTM Grain Size|Number of Grains Observed|Number of Grains Observed|
|
ASTM Grain Size|Number of Grains Observed|Ratio Number of Grains to Actual Area|
|
Composite Materials|Density of Composite|Density of Composite|
|
Composite Materials|Heat Capacity of Composite|Heat Capacity of Composite|
|
Composite Materials|Youngs Modulus of Composite|Youngs Modulus of Composite|
|
Composite Materials|Strength Parallel to Fiber Direction|Strength Parallel to Fiber Direction|
|
Composite Materials|Thermal Properties|Thermal Expansion Coefficient|
|
Binary Phase Diagrams|Lever Rule|Average Composition|
|
Binary Phase Diagrams|Lever Rule|Average Composition|
|
Force|Definitions|Force|
|
Resultant (Two Dimensions)|Definitions|Resultant Force|
|
Resultant (Two Dimensions)|Definitions|Resultant Direction|
|
Resolution of Forces|Definitions|Force Component|
|
Resolution of Forces|Definitions|Force Component|
|
Resolution of Forces|Definitions|Resultant Force|
|
Moments (Couples)|Definitions|Moment|
|
Moments (Couples)|Definitions|Moment about x|
|
Moments (Couples)|Definitions|Moment about y|
|
Moments (Couples)|Definitions|Moment about z|
|
System of Forces|Definitions|Moment|
|
System of Forces|Equilibrium Requirements|Sum of Moments|
|
System of Forces|Definitions|Radius Vector|
|
Centroid of Masses, Areas, and Lengths, and Volumes|Definitions|Moment of Area|
|
Centroid of Masses, Areas, and Lengths, and Volumes|Definitions|Moment of Area|
|
Centroid of Masses, Areas, and Lengths, and Volumes|Definitions|Centroid of Area|
|
Centroid of Masses, Areas, and Lengths, and Volumes|Definitions|Centroid of Area|
|
Centroid of Masses, Areas, and Lengths, and Volumes|Definitions|Centroid of Area|
|
Centroid of Masses, Areas, and Lengths, and Volumes|Definitions|Moment of Area|
|
Moment of Inertia|Definitions|Moment of Area|
|
Moment of Inertia|Definitions|Polar Moment of Inertia|
|
Moment of Inertia|Definitions|Polar Moment of Inertia|
|
Moment of Inertia|Moment of Inertia Parallel Axis Theorem|Moment of Inertia about the new Axis|
|
Moment of Inertia|Radius of Gyration|Radius of Gyration|
|
Moment of Inertia|Radius of Gyration|Radius of Gyration from Reference Axis|
|
Moment of Inertia|Radius of Gyration|Radius of Gyration from Reference Axis|
|
Moment of Inertia|Product of Inertia|Product of Inertia for the xy-coordinate system|
|
Friction|Definitions|Friction Force|
|
Screw Thread|Definitions|Screw-Jack, Square Thread|
|
Belt Friction|Definitions|Force being applied in the direction of impending motion|
|
Statically Determinate Truss|Plane Truss, Method of Joints|Horizontal forces and member components|
|
Statically Determinate Truss|Plane Truss, Method of Joints|Vertical forces and member components|
|
Statically Determinate Truss|Plane Truss, Method of Sections|Vertical forces and member components|
|
Statically Determinate Truss|Definitions|Vertical forces and member components|
|
Particle Kinematics|Definitions|Instantaneous Velocity and Acceleration|
|
Particle Kinematics|Cartesian Coordinates|Radial distance|
|
Particle Kinematics|Cartesian Coordinates|Acceleration|
|
Particle Kinematics|Cartesian Coordinates|Velocity|
|
Particle Kinematics|Cartesian Coordinates|Acceleration in x direction|
|
Particle Kinematics|Radial and Transverse Components for Planar Motion|Position Vector |
|
Particle Kinematics|Radial and Transverse Components for Planar Motion|Velocity Vector |
|
Particle Kinematics|Radial and Transverse Components for Planar Motion|Acceleration Vector |
|
Particle Kinematics|Radial and Transverse Components for Planar Motion|Particle Rectilinear Motion|
|
Particle Kinematics|Radial and Transverse Components for Planar Motion|Particle Rectilinear Motion|
|
Particle Kinematics|Radial and Transverse Components for Planar Motion|Particle Rectilinear Motion|
|
Particle Kinematics|Radial and Transverse Components for Planar Motion|Particle Curvilinear Motion|
|
Particle Kinematics|Particle Curvilinear Motion|Velocity in x direction|
|
Particle Kinematics|Particle Curvilinear Motion|Velocity in r direction|
|
Particle Kinematics|Particle Curvilinear Motion|Velocity in θ direction|
|
Particle Kinematics|Particle Curvilinear Motion|Velocity in z direction|
|
Particle Kinematics|Particle Curvilinear Motion|Velocity in z direction|
|
Particle Kinematics|Particle Curvilinear Motion|Tangential and Normal Acceleration|
|
Particle Kinematics|Particle Curvilinear Motion|Radius of Curvature|
|
Particle Kinematics|Constant Acceleration|Acceleration|
|
Particle Kinematics|Constant Acceleration|Velocity at any time|
|
Particle Kinematics|Constant Acceleration|Distance along the line of travel|
|
Particle Kinematics|Constant Acceleration|Velocity along the direction of travel|
|
Particle Kinematics|Constant Acceleration|Angular Acceleration|
|
Particle Kinematics|Constant Acceleration|Angular Velocity|
|
Particle Kinematics|Constant Acceleration|Angular Displacement|
|
Particle Kinematics|Constant Acceleration|Angular Velocity as a Function of Angular Position|
|
Particle Kinematics|Projectile Motion|Acceleration and Velocity in x-direction|
|
Particle Kinematics|Projectile Motion|Distance in x-direction|
|
Particle Kinematics|Projectile Motion|Acceleration and Velocity in y-direction|
|
Particle Kinematics|Projectile Motion|Distance in y-direction|
|
Particle Kinematics|Definitions|Wirght|
|
Particle Kinematics|Definitions|Newton|
|
Particle Kinetics|Newtons Second Law for a Particle|Applied Forced|
|
Particle Kinetics|One-Dimensional Motion of a Particle|Acceleration in x-direction|
|
Particle Kinetics|One-Dimensional Motion of a Particle|Velocity in x-direction|
|
Particle Kinetics|One-Dimensional Motion of a Particle|Distance as a function of time|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Tangential Force|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Normal Force|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Principle of Work and Energy|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Kinetic Energy|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Kinetic Energy|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Work|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Work|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Work|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Work|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Work|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Power and Efficiency|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Power and Efficiency|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Conservation of Energy Theorem|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Potential Energy|
|
Particle Kinetics|Normal and Tangential Kinetics for Planar Problems|Potential Energy|
|
Particle Kinetics|Impact|Momentum conservation|
|
Particle Kinetics|Impact|Relative Velocity|
|
Particle Kinetics|Friction|Laws of Friction|
|
Particle Kinetics|Friction|No slip Occuring|
|
Particle Kinetics|Friction|Impending Slip|
|
Particle Kinetics|Friction|Slip Occuring|
|
Plane Motion of a Rigid Body|Kinematics of a Rigid Body|Rigid Body Rotation|
|
Plane Motion of a Rigid Body|Kinematics of a Rigid Body|Rigid Body Rotation|
|
Plane Motion of a Rigid Body|Kinematics of a Rigid Body|Rigid Body Rotation|
|
Plane Motion of a Rigid Body|Kinematics of a Rigid Body|Instantaneous Center of Rotation|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Newtons Second Law for a Rigid Body|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Newtons Second Law of a Rigid Body|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Newtons Second Law for a Rigid Body|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Mass Moment of Inertia|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Mass Moment of Inertia|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Mass Moment of Inertia|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Equations of Motion|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Equations of Motion|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Equations of Motion|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Equations of Motion|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Equations of Motion|
|
Plane Motion of a Rigid Body|Kinetics of a Rigid Body|Equations of Motion|
|
Plane Motion of a Rigid Body|Mass Moment of Inertia|Definitions|
|
Plane Motion of a Rigid Body|Mass Moment of Inertia|Definitions|
|
Plane Motion of a Rigid Body|Mass Moment of Inertia|Definitions|
|
Plane Motion of a Rigid Body|Free Vibration|Spring|
|
Plane Motion of a Rigid Body|Free Vibration|Spring|
|
Plane Motion of a Rigid Body|Free Vibration|Spring|
|
Plane Motion of a Rigid Body|Free Vibration|Spring|
|
Plane Motion of a Rigid Body|Free Vibration|Spring|
|
Plane Motion of a Rigid Body|Torsional Vibration|Solid Rod|
|
Plane Motion of a Rigid Body|Torsional Vibration|Solid Rod|
|
Plane Motion of a Rigid Body|Torsional Vibration|Solid Rod|
|
Plane Motion of a Rigid Body|Torsional Vibration|Solid Rod|
|
Plane Motion of a Rigid Body|Torsional Vibration|Solid Rod|
|
Plane Motion of a Rigid Body|Torsional Vibration|Solid Rod|
|
Safety Prevention|Engineering Strain|Engineering Strain|
|
Safety Prevention|Percent Elongation|Percentage Elongation|
|
Safety Prevention|Percent Reduction in Area (RA)|Percentage Reduction in Area (RA)|
|
Safety Prevention|Shear Stress-Strain|Shear Strain|
|
Safety Prevention|Shear Stress-Strain|Shear Modulus|
|
Safety Prevention|Uniaxial Loading and Deformations|Stress on the Cross Section|
|
Safety Prevention|Uniaxial Loading and Deformations|Modulus of Elasticity|
|
Safety Prevention|Uniaxial Loading and Deformations|Elastic Longitudinal Deformation|
|
Safety Prevention|Deformation|Deformation Caused by a Change in Temperature|
|
Safety Prevention|Cylindrical Pressure Vessel|Stress at the Inside Wall|
|
Safety Prevention|Cylindrical Pressure Vessel|Stress at the Inside Wall|
|
Safety Prevention|Cylindrical Pressure Vessel|Stress at the Outside Wall|
|
Safety Prevention|Cylindrical Pressure Vessel|Stress at the Outside Wall|
|
Safety Prevention|Cylindrical Pressure Vessel|The Axial Stress|
|
Safety Prevention|Cylindrical Pressure Vessel|Radial Stress|
|
Safety Prevention|Cylindrical Pressure Vessel|Hoop Stress, Thin-Walled Cylinder|
|
Safety Prevention|Cylindrical Pressure Vessel|Axial Stress, Thin-Walled Cylinder|
|
Safety Prevention|Cylindrical Pressure Vessel|Axial Stress, Thin-Walled Cylinder|
|
Safety Prevention|Principal Stresses|Principal Stress|
|
Safety Prevention|Principal Stresses|Principal Stress|
|
Safety Prevention|Principal Stresses|Principal Stress|
|
Safety Prevention|Principal Stresses|Principal Stress|
|
Safety Prevention|Principal Stresses|Principal Stress|
|
Safety Prevention|Mohr Circle|Center of the Mohr Circle|
|
Safety Prevention|Mohr Circle|Radius of the Mohr Circle|
|
Safety Prevention|Mohr Circle|Principal Stress|
|
Safety Prevention|Mohr Circle|Principal Stress|
|
Safety Prevention|Hooke Law|Three-dimensional Case - Normal Strain|
|
Safety Prevention|Hooke Law|Three-dimensional Case - Shear Strain|
|
Safety Prevention|Hooke Law|Three-dimensional Case - Normal Strain|
|
Safety Prevention|Hooke Law|Three-dimensional Case - Shear Strain|
|
Safety Prevention|Hooke Law|Three-dimensional Case - Normal Strain|
|
Safety Prevention|Hooke Law|Three-dimensional Case - Shear Strain|
|
Safety Prevention|Hooke Law|Plane Stress Case - Normal Strain|
|
Safety Prevention|Hooke Law|Plane Stress Case - Normal Strain|
|
Safety Prevention|Hooke Law|Plane Stress Case - Normal Strain|
|
Safety Prevention|Hooke Law|Plane Stress Case - Normal and Shear Stress|
|
Safety Prevention|Hooke Law|Uniaxial Case|
|
Safety Prevention|Hooke Law|Uniaxial Case|
|
Safety Prevention|Hooke Law|Uniaxial Case|
|
Safety Prevention|Circular Solid or Thick-Walled Shaft|Torsion Stress|
|
Safety Prevention|Definitions|Total Angle of Twist|
|
Safety Prevention|For Hollow, Thin-Walled Shafts|Shear Stress|
|
Safety Prevention|Shearing Force and Bending Moment Sign Conventions|Load|
|
Safety Prevention|Shearing Force and Bending Moment Sign Conventions|Shear Force|
|
Safety Prevention|Shearing Force and Bending Moment Sign Conventions|Difference of Shear Force|
|
Safety Prevention|Shearing Force and Bending Moment Sign Conventions|Difference of Moments|
|
Safety Prevention|Stresses in Beams|Normal Stress|
|
Safety Prevention|Stresses in Beams|Maximum Normal Stress|
|
Safety Prevention|Stresses in Beams|Elastic Section Modulus|
|
Safety Prevention|Stresses in Beams|Transverse Shear Stress|
|
Safety Prevention|Stresses in Beams|Transverse Shear Flow|
|
Safety Prevention|Deflection of Beams|Differential Equation of Deflection Curve|
|
Safety Prevention|Deflection of Beams|Differential Equation - Shear Force|
|
Safety Prevention|Deflection of Beams|Differential Equation - Load|
|
Safety Prevention|Deflection of Beams|Differential Equation|
|
Safety Prevention|Deflection of Beams|Differential Equation|
|
Safety Prevention|Composite Sections|Bending Stress|
|
Safety Prevention|Composite Sections|Bending Stress|
|
Safety Prevention|Composite Sections|Modular Ration|
|
Safety Prevention|Euler Formula|Critical Axial Load|
|
Safety Prevention|Euler Formula|Critical Buckling Stress|
|
Safety Prevention|Euler Formula|Radius of Gyration|
|
Safety Prevention|Total Energy Stored|Total Energy Stored|
|
Safety Prevention|Strain Energy|Strain Energy per Unit Volume|
|
Properties of Single Components|State Functions (properties)|Specific volume|
|
Properties of Single Components|State Functions (properties)|Specific internal energy|
|
Properties of Single Components|State Functions (properties)|Specific Enthalpy|
|
Properties of Single Components|State Functions (properties)|Specific Entropy|
|
Properties of Single Components|State Functions (properties)|Gibbs Free Energy|
|
Properties of Single Components|State Functions (properties)|Helmholtz Free Energy|
|
Properties of Single Components|State Functions (properties)|Heat Capacity at Constant Pressure|
|
Properties of Single Components|State Functions (properties)|Heat Capacity at Constant Volume|
|
Properties of Single Components|Properties for Two-Phase (vapor-liquid) Systems|Quality for liquid-vapor system|
|
Properties of Single Components|Properties for Two-Phase (vapor-liquid) Systems|Specific volume of a two-phase system|
|
Properties of Single Components|Properties for Two-Phase (vapor-liquid) Systems|Specific volume change upon vaporization|
|
Properties of Single Components|Properties for Two-Phase (vapor-liquid) Systems|Internal energy|
|
Properties of Single Components|Properties for Two-Phase (vapor-liquid) Systems|Enthalpy|
|
Properties of Single Components|Properties for Two-Phase (vapor-liquid) Systems|Entropy|
|
PVT Behavior|Ideal Gas|Ideal Gas|
|
PVT Behavior|Ideal Gas|Ideal Gas|
|
PVT Behavior|Ideal Gas|Gas Constant|
|
PVT Behavior|Ideal Gas|Gas Constant|
|
PVT Behavior|Ideal Gas|Isothermal Relationship|
|
PVT Behavior|Ideal Gas|Isothermal Relationship|
|
PVT Behavior|Ideal Gas|Internal Energy Change|
|
PVT Behavior|Ideal Gas|Enthalpy Change|
|
PVT Behavior|Ideal Gas|Entropy Change|
|
PVT Behavior|Ideal Gas|Entropy Change|
|
PVT Behavior|Ideal Gas|Constant Entropy Process|
|
PVT Behavior|Ideal Gas|Constant Entropy Process|
|
PVT Behavior|Ideal Gas|Constant Entropy Process|
|
PVT Behavior|Ideal Gas|Constant Entropy Process|
|
PVT Behavior|Ideal Gas Mixtures|Mole Fraction|
|
PVT Behavior|Ideal Gas Mixtures|Mass Fraction|
|
PVT Behavior|Ideal Gas Mixtures|Molecular Weight|
|
PVT Behavior|Ideal Gas Mixtures|Mass Fraction|
|
PVT Behavior|Ideal Gas Mixtures|Mole Fraction|
|
PVT Behavior|Ideal Gas Mixtures|Partial Pressure|
|
PVT Behavior|Ideal Gas Mixtures|Partial Volume|
|
PVT Behavior|Ideal Gas Mixtures|Gas Constant|
|
PVT Behavior|Ideal Gas Mixtures|Mole fraction|
|
PVT Behavior|Real Gas|Gas Relationship|
|
PVT Behavior|Equations of State|Ideal Gas EOS|
|
PVT Behavior|Equations of State|Generalized Compressibility EOS|
|
PVT Behavior|Equations of State|Virial EOS|
|
PVT Behavior|Equations of State|Cubic EOS - van der Waals|
|
PVT Behavior|Equations of State|Cubic EOS - van der Waals|
|
PVT Behavior|Equations of State|Cubic EOS - van der Waals|
|
PVT Behavior|Equations of State|Theorem of Corresponding State|
|
PVT Behavior|Equations of State|Theorem of Corresponding State|
|
First Law of Thermodynamics|Closed Thermodynamic System|Total Energy Change|
|
First Law of Thermodynamics|Closed Thermodynamic System|Reversible Boundary Work|
|
First Law of Thermodynamics|Closed Thermodynamic System|Charles' Law|
|
First Law of Thermodynamics|Closed Thermodynamic System|Constant Volume Process|
|
First Law of Thermodynamics|Closed Thermodynamic System|Constant Volume Process|
|
First Law of Thermodynamics|Closed Thermodynamic System|Isentropic Process|
|
First Law of Thermodynamics|Closed Thermodynamic System|Isentropic Process|
|
First Law of Thermodynamics|Closed Thermodynamic System|Isothermal Process|
|
First Law of Thermodynamics|Closed Thermodynamic System|Isothermal Process|
|
First Law of Thermodynamics|Closed Thermodynamic System|Polytropic Process|
|
First Law of Thermodynamics|Closed Thermodynamic System|Polytropic Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Constant Volume Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Constant System Pressure Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Constant Temperature Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Isentropic Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Isentropic Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Isentropic Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Isentropic Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Polytropic Process|
|
First Law of Thermodynamics|Open Thermodynamic System|Polytropic Process|
|
First Law of Thermodynamics|Steady-Flow Systems|Steady Operation|
|
First Law of Thermodynamics|Open Thermodynamic System|Nozzles, Diffusers|
|
First Law of Thermodynamics|Open Thermodynamic System|Isentropic Efficiency (nozzle)|
|
First Law of Thermodynamics|Open Thermodynamic System|Isentropic Efficiency (turbine)|
|
First Law of Thermodynamics|Open Thermodynamic System|Isentropic Efficiency (compressor, pump)|
|
First Law of Thermodynamics|Open Thermodynamic System|Pump|
|
First Law of Thermodynamics|Open Thermodynamic System|Throttling Valves and Throttling Processes|
|
First Law of Thermodynamics|Open Thermodynamic System|Boilers, Condensers, Evaporators|
|
First Law of Thermodynamics|Open Thermodynamic System|Heat Exchangers|
|
First Law of Thermodynamics|Open Thermodynamic System|Mixers, Separators and Feedwater Heaters|
|
First Law of Thermodynamics|Open Thermodynamic System|Mixers, Separators and Feedwater Heaters|
|
Basic Cycles|Heat Engine|Efficiency of Carnot Cycle|
|
Basic Cycles|Heat Engine|Otto Cycle|
|
Basic Cycles|Heat Engine|Otto Cycle|
|
Basic Cycles|Heat Engine|Rankine Cycle|
|
Basic Cycles|Coefficient of Performance|Heat Pumps|
|
Basic Cycles|Coefficient of Performance|Refrigerators and Air Conditioners|
|
Basic Cycles|Upper Limit of Coefficient of Performance|Heat Pumps|
|
Basic Cycles|Upper Limit of Coefficient of Performance|Refrigeration|
|
Psychrometrics|Definitions|Pressure of the Air-Water Mixture|
|
Psychrometrics|Definitions|Specific Humidity|
|
Psychrometrics|Definitions|Relative Humidity|
|
Psychrometrics|Definitions|Enthalpy|
|
Psychrometrics|Definitions|Dew Point|
|
Psychrometrics|Definitions|Wet-bulb Temperature|
|
Second Law of Thermodynamics|Entropy|Isothermal, Reversible Process|
|
Second Law of Thermodynamics|Entropy|Isentropic Process|
|
Second Law of Thermodynamics|Entropy|Adiabatic Process|
|
Second Law of Thermodynamics|Entropy|Adiabatic Process|
|
Second Law of Thermodynamics|Entropy|Entropy Change for Solids and Liquids|
|
Second Law of Thermodynamics|Irreversibility|Irreversibility|
|
Heats of Reaction|Definitions|Heat of Reaction|
|
Heats of Reaction|Definitions|Heat of Reaction and Temperature|
|
Heats of Reaction|Definitions|Change in Molar Heat Capacity|
|
Heats of Reaction|Combustion Processes|Combustion of Methane|
|
Heats of Reaction|Combustion Processes|Combustion in Air|
|
Vapor-Liquid Equilibrium (VLE)|Raoults Law for Vapor-Liquid Equilibrium|Partial Pressure of Component|
|
Vapor-Liquid Equilibrium (VLE)|Raoults Law for Vapor-Liquid Equilibrium|Partial Pressure of Component|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Fugacity in the Vapor Phase|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Fugacity in the Liquid Phase|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Fugacity of a component in Vapor Phase|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Activity Coefficient|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Activity Coefficient|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Pure Component Fugacity|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Fugacity of component in the Liquid Phase|
|
Vapor-Liquid Equilibrium (VLE)|Rigorous Vapor-Liquid Equilibrium|Fugacity of Sparingly Soluble Gases in the Liquid Phase|
|
Phase Relations|Clapeyron Equation|Slope of Phase Transition|
|
Phase Relations|Clausius-Clapeyron Equation|Vapor-Pressure Ratio|
|
Phase Relations|Gibbs Phase Rule|Non-Reacting Systems|
|
Chemical Reaction Equilibria|Definitions|Extent|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Reversible Reaction|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Standard Gibbs Energy Change of Reaction|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Chemical Equilibrium Constant|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Activity Coefficient|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Fugacity of Pure Component in its Standard State|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Fugacity of Component in its Mixture|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Chemical Equilibrium Constant|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Activity of Solids|
|
Chemical Reaction Equilibria|Chemical Reaction Equilibrium|Activity of Liquids|
|
Definitions|Density, specific volume, specific weight|Density|
|
Definitions|Density, specific volume, specific weight|Specific weight|
|
Definitions|Density, specific volume, specific weight|Specific weight|
|
Definitions|Density, specific volume, specific weight|Specific gravity|
|
Definitions|Stress, Pressure, and Viscosity|Surface stress vector|
|
Definitions|Stress, Pressure, and Viscosity|Normal stress component|
|
Definitions|Stress, Pressure, and Viscosity|Tangential stress component|
|
Definitions|Stress, Pressure, and Viscosity|Kinematic viscosity|
|
Definitions|Stress, Pressure, and Viscosity|Tangential stress for power law fluid|
|
Definitions|Surface Tension and Capillarity|Surface Tension|
|
Definitions|Surface Tension and Capillarity|Capillary Rise|
|
Characteristics of a Static Fluid|Pressure field in a static liquid|Height of the liquid|
|
Characteristics of a Static Fluid|Manometers|Simple barometer|
|
Principles of One-Dimensional Fluid Flow|The Continuity Equation|Volumetric flow rate|
|
Principles of One-Dimensional Fluid Flow|The Continuity Equation|Mass flow rate|
|
Principles of One-Dimensional Fluid Flow|The Energy Equation|Bernoullie Equation|
|
Principles of One-Dimensional Fluid Flow|The Energy Equation|Bernoulli Equation |
|
Principles of One-Dimensional Fluid Flow|The Field Equation|Bernoulli Equation (Head)|
|
Principles of One-Dimensional Fluid Flow|The Field Equation|Energy per unit mass|
|
Fluid Flow Characterization|Reynolds Numbers|Reynolds Number|
|
Fluid Flow Characterization|Reynolds Numbers|Velocity distribution for laminar flow|
|
Fluid Flow Characterization|Reynolds Numbers|Maximum velocity in laminar flow|
|
Fluid Flow Characterization|Reynolds Numbers|Shear Stress Distribution|
|
Consequences of Fluid Flow|Head Loss Due to Flow|Darcy-Weisbach Equation|
|
Consequences of Fluid Flow|Head Loss due to Frictional Flow|Head Loss|
|
Consequences of Fluid Flow|Head Loss due to Flow|Fanning friction factor|
|
Consequences of Fluid Flow|Head Loss Due to Flow|Darcy-Weisbach Equation|
|
Consequences of Fluid Flow|Minor Losses in Pipe Fittings|Head Loss through Pipe Fitting|
|
Consequences of Fluid Flow|Pressure Drop for Laminar Flow|Hagen-Poiseuille Equation|
|
Consequences of Fluid Flow|Drag Force|Drag Force|
|
Consequences of Fluid Flow|Flow in Noncircular Conduits|Hydraulic Radius|
|
Consequences of Fluid Flow|Drag Force|Drag Force|
|
Characterization of Selected Flow Configurations|Open Channel Flow and/or Pipe Flow of Water|Manning's Equation|
|
Characteristics of Selected Flow Configurations|Open-Channel Flow and/or Pipe Flow of Water|Hazen-William Equation|
|
Characteristics of Selected Flow Configurations|Flow Through a Packed Bed|Ergun Equation|
|
Characteristics of Selected Flow Configurations|Submerged Orifice|Volumetric Flow Rate|
|
Characteristics of Selected Flow Configurations|Orifice Discharging Freely into Atmosphere|Volumetric Flow Rate|
|
Characteristics of Selected Flow Configurations|Multipath Pipeline Problems|Velocity of the fluid in the feed pipe|
|
The Impulse Momentum Principle|Multiple Pipeline Problems|Velocity of the fluid|
|
The Impulse Momentum Principle|Pipe Bends, Enlargement, and contractions|Resultant force in any given direction|
|
The Impulse Momentum Principle|Pipe Bends, Enlargement, and contractions|Angle of the flow|
|
The Impulse Momentum Principle|Jet Propulsion|Volumetric flow rate|
|
The Impulse Momentum Principle|Jet Propulsion|Velocity of the fluid flow|
|
Compressible Flow|Isentropic flow relationships|Static properties at any two points|
|
Compressible Flow|Isentropic flow relationships|Stagnation temperature|
|
Compressible Flow|Isentropic flow relationships|Temperature ratio|
|
Compressible Flow|Isentropic flow relationships|Pressure ratio|
|
Compressible Flow|Isentropic flow relationships|Density ratio|
|
Compressible Flow|Isentropic Flow Relationships|Area ratio|
|
Compressible Flow|Normal Shock Relationships|Mach Number Variation|
|
Compressible Flow|Normal Shock Relationships|Temperature ratio|
|
Compressible Flow|Normal Shock Relationships|Pressure ratio|
|
Compressible Flow|Normal Shock Relationships|Density ratio|
|
Fluid Flow Machinery|Centrifugal Pump Characteristics|Net Positive Suction Head Available|
|
Fluid Flow Machinery|Centrifugal Pump Characteristics|Fluid power|
|
Fluid Flow Machinery|Centrifugal Pump Characteristics|Pump (brake) power|
|
Fluid Flow Machinery|Centrifugal Pump Characteristics|Purchased power|
|
Fluid Flow Machinery|Pump Power Equation|Pump Power|
|
Fluid Flow Machinery|Fan Characteristics|Fan Power|
|
Fluid Flow Machinery|Compressors|Adiabatic Compression|
|
Fluid Flow Machinery|Compressors|Isothermal Compression|
|
Fluid Flow Machinery|Turbines|Turbine power under adiabatic conditions|
|
Fluid Flow Machinery|Turbines|Turbines Isentropic Efficiency|
|
Fluid Flow Machinery|Performance of Components|Fans, Pumps and Compressors|
|
Fluid Flow Machinery|Performance of Components|Fans, Pumps and Compressors|
|
Fluid Flow Machinery|Performance of Components|Fans, Pumps and Compressors|
|
Fluid Flow Machinery|Pitot Tube|Velocity of the fluid|
|
Fluid Flow Measurement|Venturi Meters|Volumetric flow rate|
|
Fluid Flow Measurement|Orifices|Volumetric flow rate|
|
Fluid Flow Measurement|Orifices|Coefficient of the meter|
|
Safety Prevention|Similitude|Reynolds Number|
|
Dimensional Homogeneity|Similitude|Froude number|
|
Dimensional Homogeneity|Similitude|Cauchy number|
|
Dimensional Homogeneity|Similitude|Weber Number|
|
Basic Heat Transfer Equations|Fourier's law of conduction||
|
Basic Heat Transfer Equations|Newton's law of cooling||
|
Basic Heat Transfer Equations|Radiation emitted by a body||
|
Conduction|Conduction through a plane wall||
|
Conduction|Conduction through a cylindrical wall||
|
Conduction|Conduction Through a Cylindrical Wall|Critical Insulation Radius|
|
Conduction|Thermal Resistance (R)|Rate of Heat Transfer|
|
Conduction|Thermal Resistance (R)|Resistances in Series|
|
Conduction|Thermal Resistance (R)|Plane Wall Conduction Resistance|
|
Conduction|Thermal Resistance (R)|Cylindrical Wall Conduction Resistance|
|
Conduction|Thermal Resistance (R)|Convection Resistance|
|
Conduction|Thermal Resistance|Composite Plane Wall|
|
Conduction|Transient Conduction Using the Lumped Capacitance Model|Biot number|
|
Conduction|Transient Conduction Using the Lumped Capacitance Model|Constant Fluid Tempearture|
|
Conduction|Transient Conduction Using the Lumped Capacitance|Constant Fluid Temperature|
|
Conduction|Transient Conduction Using the Lumped Capacitance|Constant Fluid Temperature|
|
Conduction|Transient Conduction Using the Lumped Capacitance|Constant Fluid Temperature|
|
Conduction|Fins|Straight Fin|
|
Conduction|Fins|Straight Fin|
|
Conduction|Fins|Straight Fin|
|
Convection|External Flow|Flat Plate in Parallel Flow|
|
Convection|External Flow|Flat Plate in Parallel Flow|
|
Convection|External Flow|Flat Plate in Parallel Flow|
|
Convection|External Flow|Cylinder in Cross Flow|
|
Convection|External Flow|Flow over a Sphere|
|
Convection|Internal Flow|Definitions|
|
Convection|Internal Flow|Laminar Flow in Circular Tubes|
|
Convection|Internal Flow|Turbulent Flow in Circular Tubes|
|
Convection|Internal Flow|Non-Circular Ducts|
|
Convection|Internal Flow|Circular Annulus|
|
Convection|Internal Flow|Liquid Metals - Uniform Heat Flux|
|
Convection|Internal Flow|Liquid Metals - Constant Wall Temperature|
|
Convection|Boiling|Heat Flux|
|
Convection|Boiling|Peak Heat Flux|
|
Convection|Boiling|Minimum Heat Flux|
|
Convection|Film Condensation of a Pure Vapor|On a Vertical Surface|
|
Convection|Film Condensation of a Pure Vapor|Outside Horizontal Surface|
|
Convection|Natural (Free) Convection|Vertical Flat Plate|
|
Convection|Natural (Free) Convection|Vertical Flat Plate|
|
Convection|Natural (Free) Convection|Long Horizontal Cylinder in Large Body of Stationary Fluid|
|
Convection|Natural (Free) Convection|Long Horizontal Cylinder in Large Body of Stationary Fluid|
|
Convection|Heat Exchangers|Rate of Heat Transfer|
|
Convection|Heat Exchangers|Overall Heat Transfer Coefficient|
|
Convection|Heat Exchangers|Log Mean Temperature Difference (LMTD) - Counterflow|
|
Convection|Heat Exchangers|Log Mean Temperature Difference (LMTD) - Parallel Flow|
|
Convection|Heat Exchangers|Heat Exchanger Effectiveness|
|
Convection|Heat Exchangers|Heat Capacity Rate|
|
Convection|Heat Exchangers|Number of Transfer Units (NTU)|
|
Convection|Heat Exchangers|Effectiveness - NTU Relations|
|
Convection|Heat Exchangers|Parallel Flow Concentric Tube Heat Exchangers|
|
Convection|Heat Exchangers|Parallel Flow Concentric Tube Heat Exchangers|
|
Convection|Heat Exchangers|Counterflow Concentric Tube Heat Exchangers|
|
Convection|Heat Exchangers|Counterflow Concentric Tube Heat Exchangers|
|
Convection|Heat Exchangers|Counterflow Concentric Tube Heat Exchangers|
|
Convection|Heat Exchangers|Counterflow Concentric Tube Heat Exchangers|
|
Radiation|Types of Bodies|Any Body|
|
Radiation|Types of Bodies|Opaque Body|
|
Radiation|Types of Bodies|Gray Body|
|
Radiation|Types of Bodies|Black Body|
|
Safety Prevention|Discount Factors|Single Payment Compound Amount|
|
Safety Prevention|Discount Factors|Single Payment Present Worth|
|
Safety Prevention|Discount Factors|Uniform Series Sinking Fund|
|
Safety Prevention|Discount Factors|Capital Recovery|
|
Safety Prevention|Discount Factors|Uniform Series Present Worth|
|
Safety Prevention|Discount Factors|Uniform Graidient Present Worth|
|
Safety Prevention|Discount Factors|Continuous Compounding|
|
Safety Prevention|Annual Effective Interest Rate|Annual Effective Interest Rate|
|
Safety Prevention|Capitalized Cost|Capitalized Cost|
|
Safety Prevention|Expected Value|Expected Value|
|
Safety Prevention|Inflation Adjusted Interest Rate|Inflation Adjusted Interest Rate|
|
Safety Prevention|Straight Line|Depreciation Rate|
|
Safety Prevention|Book Value|Book Value|
|
Safety Prevention|Modified Accelerated Cost Recovery System|MACRS|
|
Safety Prevention|Discount Factors|Uniform Gradient Uniform Series|
|
Safety Prevention|Discount Factors|Uniform Series Compound Amount|
|
Chemical Reaction Engineering|Nomenclature|Rate of Reaction|
|
Chemical Reaction Engineering|Nomenclature|Fractional Conversion|
|
Chemical Reaction Engineering|Nomenclature|Arrhenius Equation|
|
Chemical Reaction Engineering|Nomenclature|Value of Rate Constant at two temperatures|
|
Chemical Reaction Engineering|Nomenclature|Energy of Activation at two temperatures|
|
Chemical Reaction Engineering|Nomenclature|Reaction Order|
|
Chemical Reaction Engineering|Nomenclature|Overall Order|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Rate of Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Reaction time|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Zero-Order Irreversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Zero-Order Irreversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|First-Order Irreversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|First-Order Irreversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Second-Order Irreversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Second-Order Irreversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|First-Order Reversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|First-Order Reversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|First-Order Reversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|First-Order Reversible Reaction|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Reactions of Shifting Order|
|
Chemical Reaction Engineering|Batch Reactor, Constant Volume|Reactions of Shifting Order|
|
Chemical Reaction Engineering|Batch Reactor, Variable Volume|Volume of the reacting mass|
|
Chemical Reaction Engineering|Batch Reactor, Variable Volume|Fractional volume change|
|
Chemical Reaction Engineering|Batch Reactor, Variable Volume|Concentration of limiting reactant|
|
Chemical Reaction Engineering|Batch Reactor, Variable Volume|Reaction time|
|
Chemical Reaction Engineering|Batch Reactor, Variable Volume|First-Order Irreversible Reaction|
|
Chemical Reaction Engineering|Flow Reactors, Steady State|Residence time|
|
Chemical Reaction Engineering|Flow Reactors, Steady State|Space Velocity|
|
Chemical Reaction Engineering|Flow Reactors, Steady State|Plug-Flow Reactor|
|
Chemical Reaction Engineering|Flow Reactors, Steady State|Continuous-Stirred Tank Reactor (CSTR)|
|
Chemical Reaction Engineering|Flow Reactors, Steady State|Continuous-Stirred Tank Reactors in Series|
|
Mass Transfer|Diffusion|Molecular Diffusion|
|
Mass Transfer|Diffusion|Molecular Diffusion|
|
Mass Transfer|Diffusion|Unidirectional Diffusion of a Gas|
|
Mass Transfer|Diffusion|Unidirectional Diffusion of a Gas|
|
Mass Transfer|Diffusion|Equimolar Counter-Diffusion (Gases)|
|
Mass Transfer|Convection|Two-Film Theory (for Equimolar Counter-Diffusion)|
|
Mass Transfer|Convection|Two-Film Theory (for Equimolar Counter-Diffusion)|
|
Mass Transfer|Convection|Overall Coefficients|
|
Mass Transfer|Convection|Overall Coefficients|
|
Mass Transfer|Convection|Overall Coefficients|
|
Mass Transfer|Convection|Dimensionless Group Equation (Sherwood)|
|
Mass Transfer|Distillation|Flash Distillation|
|
Mass Transfer|Distillation|Flash Distillation|
|
Mass Transfer|Distillation|Differential (Simple or Raleigh) Distillation|
|
Mass Transfer|Distillation|Differential (Simple or Raleigh) Distillation|
|
Mass Transfer|Distillation|Differential (Simple or Raleigh) Distillation|
|
Mass Transfer|Distillation|Differential (Simple or Raleigh) Distillation|
|
Mass Transfer|Distillation|Continuous Distillation (Binary System)|
|
Mass Transfer|Distillation|Continuous Distillation (Binary System)|
|
Mass Transfer|Distillation|Rectifying Section|
|
Mass Transfer|Distillation|Rectifying Section|
|
Mass Transfer|Distillation|Rectifying Section|
|
Mass Transfer|Distillation|Stripping Section|
|
Mass Transfer|Distillation|Stripping Section|
|
Mass Transfer|Distillation|Stripping Section|
|
Mass Transfer|Distillation|Reflux Ratio|
|
Mass Transfer|Distillation|Reflux Ratio|
|
Mass Transfer|Distillation|Feed Condition Line|
|
Mass Transfer|Distillation|Feed Condition Line|
|
Mass Transfer|Distillation|Feed Condition Line|
|
Mass Transfer|Distillation|Feed Condition Line|
|
Mass Transfer|Distillation|Feed Condition Line|
|
Mass Transfer|Distillation|Feed Condition Line|
|
Mass Transfer|Distillation|Feed Condition Line|
|
Mass Transfer|Distillation|Murphree Plate Efficiency|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Mass Transfer|Absorption|Continuous Contact Columns|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Nusselt Number|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Prandtl Number|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Reynolds Number|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Schmidt Number|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Sherwood Number|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Stanton Number|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Momentum Transfer|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Heat Transfer|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Mass Transfer in Dilute Solutions|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Use of Friction Factor to predict coefficients|
|
Momentum, Heat , and Mass Transfer Analogy|Momentum, Heat and Mass Transfer Analogy|Use of Friction Factor to predict coefficients|
|
Safety Prevention|Cost Indexes|Equivalent Current Cost|
|
Safety Prevention|Scaling of Equipment Costs|Cost of Unit A|
|
Air Pollution|Nomenclature|Concentration|
|
Air Pollution|Atmospheric Dispersion Modeling|Steady-state Concentration|
|
Air Pollution|Atmospheric Dispersion Modeling|Maximum Concentration at Ground Level|
|
Air Pollution|Atmospheric Dispersion Modeling|Effective Stack Height|
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Air Pollution|Atmospheric Dispersion Modeling|Vertical Dispersion Parameter|
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Air Pollution|Cyclone|Cyclone Collection (Particle Removal) Efficiency|
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Air Pollution|Cyclone|Cyclone Effective Number of Turns|
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Air Pollution|Cyclone|Cyclone 50% Collection Efficiency for Particle Diameter|
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Air Pollution|Electrostatic Precipitator Efficiency|Deutsch-Anderson Equation|
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Air Pollution|Incineration|Destruction and Removal Efficiency|
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Air Pollution|Incineration|Combustion Efficiency|
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Safety Prevention|Kiln Formula|Mean Residence Time|
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Safety Prevention|Mass Calculation|Mass Balance|
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Safety Prevention|Mass Calculation|Continuity Equation|
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Safety Prevention|Mass Calculation|Mass Flow Rate|
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Safety Prevention|Mass Calculation|Mass Flow Rate|
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Safety Prevention|Microbial Kinetics|BOD Extraction|
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Safety Prevention|Microbial Kinetics|Stream Modeling- Streeter Phelps|
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Safety Prevention|Microbial Kinetics|Stream Modeling- Streeter Phelps|
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Safety Prevention|Microbial Kinetics|Stream Modeling- Streeter Phelps|
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Safety Prevention|Microbial Kinetics|Monod Kinetics - Substrate Limited Growth|
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Safety Prevention|Microbial Kinetics|Multiple Limiting Substrates|
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Safety Prevention|Microbial Kinetics|Multiple Limiting Substrates|
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Safety Prevention|Microbial Kinetics|Multiple Limiting Substrates|
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Safety Prevention|Microbial Kinetics|Multiple Limiting Substrates|
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Safety Prevention|Microbial Kinetics|Multiple Limiting Substrates|
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Safety Prevention|Microbial Kinetics|Kinetic Temperature Corrections|
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Safety Prevention|Partition Coefficients|Bioconcentration Factor|
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Safety Prevention|Partition Coefficients|Octanol-Water Partition Coefficient|
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Safety Prevention|Partition Coefficients|Organic Carbon Partition Coefficient|
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Safety Prevention|Partition Coefficients|Retardation Factor|
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Safety Prevention|Partition Coefficients|Soil-Water Partition Coefficient|
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Safety Prevention|Partition Coefficients|Soil-Water Partition Coefficient|
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Safety Prevention|Break-Through Time for Leachate to Penetrate a Clay Liner|Breakthrough time|
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Safety Prevention|Effect of Overburden Pressure|Specific weight of the waste material|
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Safety Prevention|Gas Flux|Gas flux of compound|
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Safety Prevention|Soil Landfill Cover Water Balance|Change in the amount of water|
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Safety Prevention|Population Projection Equations|Linear Projection|
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Safety Prevention|Population Projection Equations|Log Growth|
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Safety Prevention|Population Projection Equations|Log Growth|
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Safety Prevention|Effective Half-Life|Effective half-life|
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Safety Prevention|Half-Life|Final Number of Atoms|
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Safety Prevention|Half-Life|Flux at distance|
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Safety Prevention|Half-Life|Daughter Product Activity|
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Safety Prevention|Half-Life|Daughter Product Maximum Activity Time|
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Safety Prevention|Half-Life|Inverse Square Law|
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Safety Prevention|Activated Sludge|Biomass Concentration in Aeration Tank|
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Safety Prevention|Activated Sludge|Steady State Mass Balance|
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Safety Prevention|Activated Sludge|Solids Residence Time|
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Safety Prevention|Activated Sludge|Sludge volume per day|
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Safety Prevention|Activated Sludge|Sludge Volume SVI|
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Safety Prevention|Activated Sludge|Hydraulic residence time|
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Safety Prevention|Activated Sludge|Solids Loading Rate|
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Safety Prevention|Activated Sludge|Secondary Clarifier|
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Safety Prevention|Activated Sludge|Organic Loading Rate|
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Safety Prevention|Activated Sludge|Organic Loading Rate|
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Safety Prevention|Biotower|Fixed-Film Equation without Recycle|
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Safety Prevention|Biotower|Fixed-Film Equation with Recycle|
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Safety Prevention|Biotower|Fixed-Film Equation with Recycle|
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Safety Prevention|Biotower|Fixed-Film Equation with Recycle|
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Safety Prevention|Biotower|Aerobic Digestion|
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Safety Prevention|Biotower|Anaerobic Digestion|
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Safety Prevention|Biotower|Anaerobic Digestion|
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Safety Prevention|Biotower|Anaerobic Digestion|
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Safety Prevention|Activated Carbon Adsorption|Freundlich Equation|
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Safety Prevention|Activated Carbon Adsorption|Linearized Form|
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Safety Prevention|Activated Carbon Adsorption|Langmuir Isotherm|
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Safety Prevention|Activated Carbon Adsorption|Linearized Form|
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Safety Prevention|Activated Carbon Adsorption|Depth of Sorption Zone|
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Safety Prevention|Air Stripping|Henry law|
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Safety Prevention|Air Stripping|Concentration in the effluent air|
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Safety Prevention|Air Stripping|Mass balance|
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Safety Prevention|Air Stripping|Water flow rate|
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Safety Prevention|Air Stripping|Mass balance|
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Safety Prevention|Air Stripping|Stripper Packing Height|
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Safety Prevention|Air Stripping|Number of Transfer Units|
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Safety Prevention|Air Stripping|Stripping Factor|
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Safety Prevention|Air Stripping|Height of Transfer Unit|
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Safety Prevention|Clarifier|Overflow rate|
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Safety Prevention|Clarifier|Weir loading|
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Safety Prevention|Clarifier|Approach velocity|
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Safety Prevention|Clarifier|Hydraulic Residence Time|
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Safety Prevention|Settling Equations|General Spherical|
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Safety Prevention|Settling Equations|General Spherical|
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Safety Prevention|Settling Equations|General Spherical|
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Safety Prevention|Settling Equations|General Spherical|
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Safety Prevention|General Spherical|Reynolds Numbers|
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Safety Prevention|Settling Equations|Stokes Law|
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Safety Prevention|Settling Equations|Head Loss through Clean Bed|
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Safety Prevention|Settling Equations|Head Loss through Clean Bed|
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Safety Prevention|Settling Equations|Head Loss through Clean Bed|
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Safety Prevention|Settling Equations|Head Loss through Clean Bed|
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Safety Prevention|Settling Equations|Head Loss through Clean Bed|
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Safety Prevention|Settling Equations|Head Loss through Clean Bed|
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Safety Prevention|Settling Equations|Bed Expansion|
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Safety Prevention|Settling Equations|Bed Expansion|
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Safety Prevention|Settling Equations|Bed Expansion|
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Safety Prevention|Settling Equations|Bed Expansion|
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Safety Prevention|Lime-Soda Softening Equations|Carbon dioxide removal|
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Safety Prevention|Lime-Soda Softening Equations|Calcium carbonate hardness removal|
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Safety Prevention|Lime-Soda Softening Equations|Calcium non-carbonate hardness removal|
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Safety Prevention|Lime-Soda Softening Equations|Magnesium carbonate hardness removal|
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Safety Prevention|Lime-Soda Softening Equations|Magnesium non-carbonate hardness removal|
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Safety Prevention|Lime-Soda Softening Equations|Destruction of excess alkalinity|
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Safety Prevention|Lime-Soda Softening Equations|Recarbonation|
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Safety Prevention|Rapid Mix and Flocculator Design|Mixing intensity|
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Safety Prevention|Rapid Mix and Flocculator Design|Reel and Paddle|
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Safety Prevention|Rapid Mix and Flocculator Design|Reel and Paddle|
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Safety Prevention|Rapid Mix and Flocculator Design|Turbulent Flow Impeller Mixer|
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Safety Prevention|Reverse Osmosis|Osmotic Pressure of Solutions of Electrolytes|
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Safety Prevention|Reverse Osmosis|Salt Flux Through the Membrane|
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Safety Prevention|Reverse Osmosis|Salt Flux Through the Membrane|
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Safety Prevention|Reverse Osmosis|Salt Flux Through the Membrane|
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Safety Prevention|Reverse Osmosis|Water Flux|
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Safety Prevention|Reverse Osmosis|Water Flux|
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Safety Prevention|Reverse Osmosis|Water Flux|
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Safety Prevention|Ultrafiltration|Volumetric Flux|
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Safety Prevention|Ultrafiltration|Disinfection|
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Safety Prevention|Ultrafiltration|Disinfection|
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