Is this good for educators?

Yes — this version of "Pipe Flow & Head Loss for a wind-turbine tower" is framed for educators teaching it to a class. Drop a live demo into a lecture or assign it as a shareable link — no lab installs.

Do I need to install anything?

No. It runs in any modern browser, free, with no account required.

For Educators · Pipe Flow & Head Loss

Pipe Flow & Head Loss for a wind-turbine tower

Built for educators teaching it to a class. Drop a live demo into a lecture or assign it as a shareable link — no lab installs. Simulate a wind-turbine tower live below — adjust the inputs and watch it respond, right in your browser.

Pipe Flow & Head LossLive

Darcy–Weisbach friction

Controls

Presets

Diameter (m)

Length (m)

Flow rate (m³/s)

Roughness ε (mm)

Friction turns pressure into heat as fluid moves through a pipe. Head loss h_f = f·(L/D)·v²/2g, where the friction factor f depends on the Reynolds number and pipe roughness. Educational tool.

▶ Run in Python

Data Inspector

Velocity1.27 m/s

Reynolds number1.27e+5

Friction factor f0.0196

Head loss0.81 m

Pressure drop7.9 kPa

Governing equation

h_{f} = f \frac{L}{D} \frac{v ^{2}}{2 g} = 0.020 \cdot \frac{50}{0.10} \cdot \frac{1.2 7 ^{2}}{2 \cdot 9.81} = 0.81 m, R e = \frac{ρ v D}{μ} = 1.3 e + 5

Reading this result: Fully turbulent in a relatively smooth pipe: friction factor depends weakly on Reynolds number, and head loss grows roughly with the square of flow rate.

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Frequently asked questions

Is this good for educators?: Yes — this version of "Pipe Flow & Head Loss for a wind-turbine tower" is framed for educators teaching it to a class. Drop a live demo into a lecture or assign it as a shareable link — no lab installs.
Do I need to install anything?: No. It runs in any modern browser, free, with no account required.