Видео

Here it is the video that explains about the vortex flow and its types. it discusses about the important relation between its characteristics.

This video explains about equipotential line, constant stream line and flow net. The uses of each in Fluid Mechanics.

This video explains about stream function and its properties.

This video explains about velocity potential function and its properties for a given fluid flow.

This video explains about local and convective acceleration. And also explained the problem solving steps on velocity and acceleration of fluid particle in a fluid flow.

This video explains about velocity and acceleration of fluid at any point in a flow field at any given time.

Here it is the video that explains about how to derive the continuity equation in three dimensions.

Discharge and Continuity equation

Fluid Kinematics and Types of flow

Here it is the explanation for experimental procedure for finding Meta-Centric Height for a floating body.

This video explains about stability and instability conditions for Submerged body and Floating body.

Here it is the video that explains about metacenter and Metacentric height in brief. The video also contains derivation part of metacentric height.

Simple explanation about force of Buoyancy. By this video you can easily apply the concept of buoyancy to the problems related to the floating or stationary immersed bodies into a liquid.

Here in this video you can find the derivation part for total pressure force or hydro-static force acting on a submerged curved plane in a liquid.

Hydrostatic force and centre of pressure on an inclined plan

Total pressure force and centre of pressure of Vertical Plate

U-Tube Differential Manometer Problem Solving

Differential Manometers: U-Tube differential manometer

Single column U Tube Manometer

U Tube manometer example problem 2

U Tube manometer Example problem

U Tube Manometer

Manometers

Flow measurements Pitot tube

Loss of energy or head due to an obstruction in a pipe

How to find loss of energy due to contraction pipe

Loss of energy due to enlargement in pipe

Loss of head or energy due to friction in pipe flows

Frictional losses in pipes