Mechanical Properties of Fluids

This topic covers concepts, such as Shear Stress of Solids and Fluids and Mechanical Properties of Fluids.

This topic covers concepts, such as Average Pressure, Pressure on an Elemental Area Inside Fluid, Dimensions of Pressure, Density of Fluids, Units Used for Density of Fluids, SI Unit of Density, CGS Unit of Density, Dimensions of Density, etc.

This topic covers concepts, such as Pressure Due to Fluid and Pascal's Law.

This topic covers concepts, such as Absolute Pressure, Gauge Pressure, Hydrostatic Paradox, Atmospheric Pressure, Units Used for Atmospheric Pressure, Measurement of Atmospheric Pressure, Atmospheric Pressure in Terms of Mercury Column, etc.

This topic covers concepts, such as Hydraulic Lift, Mechanical Advantage of Hydraulic Lift and Braking System of Vehicles.

This topic covers concepts, such as Archimedes Principle, Free Body Diagram of Bodies in Liquid, Buoyancy and Floatation, Conditions on Floatation, Floatation of a Solid Body with Cavity and Buoyant Force.

This topic covers the concept of Fluid Mechanics.

This topic covers concepts, such as Types of Fluid Flow, Steady Flow of Fluid, Streamline Flow, Properties of Streamline, Equation of Continuity, Turbulent Flow, Condition for Start of Turbulence and Laminar Flow.

This topic covers concepts, such as Bernoulli's Theorem, Blowing-off of Rooftop in Wind Storm, Pressure Energy in Fluid Flow, Potential Energy in Fluid Flow, Kinetic Energy in Fluid Flow, Derivation of Bernoulli’s Equation, Torricelli’s Law, etc.

This topic covers concepts, such as Strain Rate, Viscosity of Fluids, Viscous Force, Coefficient of Viscosity, SI Unit of Coefficient of Viscosity, Poise, Relative Viscosity, Dimensions of Viscosity, Contact-area of the layers and viscosity, etc.

This topic covers concepts, such as Viscous Force on Spherical Bodies, Stokes Law, Velocity of Spherical Ball in Viscous Medium, Terminal Velocity of Spherical Ball, Applications of Stokes Law and Velocity of Rain Drops.

This topic covers concepts, such as Rate of Flow of a Fluid or Discharge 'Q', Reynolds Number, Condition for Laminar Flow, Unsteady Flow of Fluid, Inertial Force of Fluid in Motion, Critical Velocity and Significance of Reynolds Number.

This topic covers concepts, such as Surface Energy, Intermolecular Forces, Molecular Theory of Surface Tension, Force Diagram of Liquid Molecules, Energy Stored in Surface Due to Surface Tension, Surface Energy and Surface Tension, etc.