What is the difference between flow between parallel plates and flow through circular diameter
Answers
Laminar Flow Between Parallel Plates
Laminar flow is defined as the parallel flow of fluid in one direction at a constant speed between two layers with no disturbance.
In a straight pipe, laminar flow is considered as the relative movement of an arrangement of concentric chambers of liquid, the outside one settled against the wall of a pipe and the others moving at expanding speeds as the focal point of the pipe is drawn nearer.
In laminar flow, thin layers (sub-layer) of water are formed in a definite direction at different speeds without mixing in between the layers. The thickness of thin layers is small. There are three characteristics of flow fluid that depend on the velocity, viscosity (thickness), and size of the concentric chamber. In laminar flow the fluid velocity is slow, viscosity is higher, and the size of the chamber is small.
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