Explain The Difference Between Steady Flow, One Dimensional Flow, Two

1.	Explain The Difference Between Steady Flow, One Dimensional Flow, Two Dimensional Flow And Three Dimensional Flow ?
Answer» If at every POINT in the continuum, the local velocity and other FLUID property, remains unchanged with time, it is referred to as steady flow. One dimensional flow is one in which a line is NECESSARY to describe the velocity PROFILE. Two dimensional flow is one in which an AREA is necessary to describe the velocity profile. Three dimensional flow is one in which a volume is necessary to describe the velocity profile. If at every point in the continuum, the local velocity and other fluid property, remains unchanged with time, it is referred to as steady flow. One dimensional flow is one in which a line is necessary to describe the velocity profile. Two dimensional flow is one in which an area is necessary to describe the velocity profile. Three dimensional flow is one in which a volume is necessary to describe the velocity profile.

Explain The Difference Between Steady Flow, One Dimensional Flow, Two Dimensional Flow And Three Dimensional Flow ?

Answer»

If at every POINT in the continuum, the local velocity and other FLUID property, remains unchanged with time, it is referred to as steady flow.

One dimensional flow is one in which a line is NECESSARY to describe the velocity PROFILE.

Two dimensional flow is one in which an AREA is necessary to describe the velocity profile.

Three dimensional flow is one in which a volume is necessary to describe the velocity profile.

If at every point in the continuum, the local velocity and other fluid property, remains unchanged with time, it is referred to as steady flow.

One dimensional flow is one in which a line is necessary to describe the velocity profile.

Two dimensional flow is one in which an area is necessary to describe the velocity profile.

Three dimensional flow is one in which a volume is necessary to describe the velocity profile.