Pipe Flow Calculator

Calculate flow rate, velocity, and pressure drop in pipes using continuity equation Q = A·V. Supports laminar and turbulent flow regimes. Essential for water distribution and HVAC design.

2D stress state at a point. All stresses in MPa.

σx — Normal Stress X (MPa)
σy — Normal Stress Y (MPa)
τxy — Shear Stress (MPa)
⚙ Mechanical Note: Results are based on standard textbook formulas and ISO/AASHTO references. Always verify critical designs with applicable codes (ISO 898, AASHTO 1993, AISC, Eurocode 3) and a qualified engineer.
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How It Works

Calculate flow rate, velocity, and pressure drop in pipes using continuity equation Q = A·V. Supports laminar and turbulent flow regimes. Essential for water distribution and HVAC design

Each component has a specific meaning:

  • Continuity equation Q = A·V — The continuity equation q = a·v recorded for the patient or scenario being assessed.

Note: Interpret the pipe flow result against the clinical thresholds and context described above.

How to Use

Enter the continuity equation Q = A·V for the patient or scenario you are assessing. Calculate flow rate, velocity, and pressure drop in pipes using continuity equation Q = A·V. Supports laminar and turbulent flow regimes. Essential for water distribution and HVAC design. Use the pipe flow result to inform your clinical assessment.

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Frequently Asked Questions