Linked from

The 16 pages that link to Venturi effect, each with the reason it gives.

• Continuity equationRelated: Continuity predicts acceleration through the constriction that produces the pressure change.

• Bernoulli's principleBroader topic: A narrowing passage speeds flow, illustrating Bernoulli's relation when losses are small.

• Daniel BernoulliBroader topic: It is a practical consequence of the pressure-speed relation associated with Bernoulli.

• ManometerRelated: Manometers can measure the pressure change across a Venturi tube to assess flow.

• Mass flow rateRelated: The associated pressure difference can be used to infer flow rate.

• Volumetric flow rateRelated: Venturi meters use the pressure change to infer the volume passing per unit time.

• Pitot tubeCompared with: It also relates pressure and speed, but uses a passage restriction rather than a stagnation inlet.

• WindcatcherRelated: Narrow shafts can accelerate airflow, though windcatcher performance depends on the whole pressure network.

• Bunsen burnerRelated: Gas flow through the burner draws air into its mixing tube.

• Steady flowRelated: Steady-flow relations explain its use in flow measurement and fluid transport.

• Torricelli's lawCompared with: It also relates pressure to speed, but concerns flow through a passage rather than a tank outlet.

• Coandă effectCompared with: Both involve pressure and flow speed, but the Venturi effect comes from a constriction, not jet attachment.

• Cubic metre per secondRelated: Venturi meters infer flow rate from pressure differences.

• Flow measurementRelated: Venturi meters use this pressure change to measure flow while limiting permanent pressure loss.

• Water gunRelated: It helps explain how constricted passages alter flow inside some water-gun designs.

• BlowtorchRelated: Many blowtorches use a fast fuel jet to draw air into the burner.