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Bernoulli's Principle & Aerodynamic Lift Calculator

Calculate dynamic pressure q = ½ρv², venturi pressure drop, and aerodynamic wing lift force.

Input Parameters

Calculation Results

Aerodynamic Lift Force
28,577 N (2,914 kg)
Lift in Pounds (lbs)
6,424 lbs
Dynamic Pressure (q)
2205 Pa (22.05 hPa)
Airspeed in Knots
116.6 ktskts
Summary: At 116.6 kts (60 m/s) with a CL of 0.8, the wing generates 2,914 kg (6,424 lbs) of lift.
Step-by-Step Calculation Solution
1.Dynamic Pressure q = ½ × ρ × v² = 0.5 × 1.225 × (60)² = 2205 Pa
2.Lift Force L = q × S × C_L = 2205 × 16.2 × 0.8 = 28577 N
3.Mass Supported = Lift / 9.81 = 2914 kg (6424 lbs)

Formula & How Bernoulli's Principle & Aerodynamic Lift Calculator Works

Mathematical Formula
Dynamic Pressure q = ½ × ρ × v² | Lift L = q × S × C_L

Bernoulli's principle states that as fluid velocity increases, static pressure decreases. Faster airflow over the curved upper camber of a wing lowers upper surface pressure, producing net upward lift.

How to Calculate Bernoulli's Principle & Aerodynamic Lift Calculator (Step-by-Step)
  1. Enter Airspeed / Fluid Velocity (m/s): Input your target parameter value.
  2. Enter Air Density (kg/m³ - 1.225 at sea level): Input your target parameter value.
  3. Enter Wing Surface Area (m²): Input your target parameter value.
  4. Enter Coefficient of Lift (CL): Input your target parameter value.
  5. Apply Formula: Calculate using Dynamic Pressure q = ½ × ρ × v² | Lift L = q × S × C_L.
  6. Review Results: View exact computed answers, metrics, and worked mathematical proofs.
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Frequently Asked Questions (FAQs)

How does airspeed affect aerodynamic lift?

Lift increases with the square of velocity (v²). Doubling your airspeed generates 4× more aerodynamic lift.

What is dynamic pressure (q)?

Dynamic pressure q = ½ρv² represents the kinetic energy per unit volume of moving fluid or air.

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Calculations and mathematical logic on this page are grounded in published statutory rules, regulatory standards, and official government data published by the following bodies:

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