Thermofluid Learn

Flow of Two Fluids Between Three Plates

Pressure Difference Between the Inside and the Outside of a Liquid Droplet

Capillary Rise in a Tube

Hydrostatic Force on a Plane Surface

Slope of Constant-Pressure Lines (Isobars) for Rigid-Body Linear Motion

Constant-Pressure Surfaces in a Liquid Undergoing Rigid-Body Rotation

Hydrostatic Pressure in a Liquid Undergoing Rigid-Body Rotation

Velocity Measurement by the Pitot-Static Tube

Velocity Measurement by the Venturi Meter

Flow in a Variable-Area Pipe

Siphon and Cavitation, Energy Grade Line, and Hydraulic Grade Line

Ex 5.10 Change in Water Jet Flow Direction by a Stationary Vane

Change in Water Jet Flow Direction by a Stationary Vane

Ex 5.17 Change in Water Jet Flow Direction by a Moving Vane

Change in Water Jet Flow Direction by a Moving Vane

Sprinkler Mass Conservation and Relative Velocity

Mass conservation of water flow through a rotating sprinkler

Rotating Sprinkler Torque

Moment-of-momentum and resisting torque

Uniform Flow

Velocity potential and stream function

Source and Sink

Radial potential flow

Source in a Uniform Stream: Half-Body

Superposed source and uniform flow

Darcy Friction Factor (Moody Chart)

Major Head Loss

Minor Head Loss

Reynolds number of viscous external flow over a flat plate

Prandtl-Blasius Boundary Layer Solution

Terminal Velocity of Small Spherical Particles

Wave Speed

Froude Number

Manning Equation

Hydraulic Jump

Sound Speed of Ideal Gases

Mach Number of the Isentropic Flow of an Ideal Gas with Constant Specific Heat

Ratio of Static Properties / Stagnation Properties of the Isentropic Flow of an Ideal Gas with Constant cp and cv

Properties of Water in the Liquid-Vapor Two-Phase Region

Isothermal Processes of Ideal Gases

Isobaric Processes of Ideal Gases

Isochoric Processes of Ideal Gases

Equation of State for Ideal Gases

Polytropic Process Work of a Closed System

Polytropic Process Work of a Closed System with Ideal Gas

1-D Heat Transfer by Conduction

Heat Transfer by Convection

Heat Transfer by Radiation

Thermal Efficiency of Reversible Power Cycles

Coefficient of Performance of Reversible Refrigeration Cycles

Coefficient of Performance of Reversible Heat Pump Cycles

Steady Internally Reversible Polytropic Process Work of Ideal Gas Flows

Changes in Specific Entropy of Ideal Gases with Constant Specific Heats

Isentropic Process T-p Relation of Ideal Gases with Constant Specific Heats

Isentropic Process T-v Relation of Ideal Gases with Constant Specific Heats

Isentropic Process p-v Relation of Ideal Gases with Constant Specific Heats

Plane Wall Without Internal Heat Genration