Reynolds Number 예비 보고서 (영문) RE

목차

1. Objective
2. Theory
3. Laminar flow
4. Transition flow
5. Turblent flow
6. Experimental equipment
7. Experimental Procedures
8. Inference / Deduction
9. experiment.

본문내용

Theory
- Reynolds Number
I think Reynolds Number is Most important thing In Fluid Flow, Mechanics,
thermodynamics... any thing other else,
The Reynolds Number is a dimensionless number that can distinguish between larmiar flow when the fluid flows, transitional flow from laminar to turbulent flow, and turbulent flow. If the particles of the fluid form a uniform layer, the flow in a straight line, and if the fluid flow through the laminar flow, the fluid particles move irregularlt while mutually causing intense movement. It is defined as a laminar flow when fluid particles move along a stable path. forming a layer above the adjacent layer only by exchanging the momentum of the molecules when the fluid flows in the tube, and fluid particles move very irregularly due to stron transverse momentum exchange between adjacent layers It is defined as turbulence.

참고 자료

McCabe Smith Harriott Unit Operations of Chemical Engineering 7