Reynolds Number: Viscosity Lookup and Laminar, Transitional or Turbulent Flow
This lesson is part of the course
In this lesson
You fetch viscosities and densities from a fictional property table, calculate the Reynolds number of eight flow cases, label each regime with IFS and find the highest velocity that keeps an oil line laminar.
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Lessons in this course
- Pressure at Depth: Density, Specific Weight, Gauge vs Absolute Pressure & Metres of Head Locked
- Continuity: Q = V·A for Six Pipes, Velocity at a Reducer & Mass Flow Locked
- Bernoulli: Pressure, Velocity & Elevation Heads Along a Pipe and a Venturi Meter Locked
- Reynolds Number: Viscosity Lookup and Laminar, Transitional or Turbulent Flow Locked
- Pipe Friction: Darcy–Weisbach, f = 64/Re for Laminar Flow and the Explicit Swamee–Jain Formula Locked
- Minor Losses & Parallel Branches: K-Values, Equivalent Length and a Flow Split in Fixed Steps Locked
- System Curve Meets Pump Curve: Static Head, k·Q² and the Operating Point Locked
- Capstone – Pump Power & Energy Cost: Hydraulic Power, Efficiency Curve and Two Pipe Diameters Compared Locked