🌊 Reynolds Number Simulator

Calculate the dimensionless Reynolds number ($\text{Re} = \frac{\rho v D}{\mu}$) for internal pipe flow and aerodynamics. Visualize laminar streamline transitions into chaotic turbulent vortices.

Working Fluid

Flow Velocity ($v$) m/s

Pipe Diameter ($D$) Meters (5 cm)

Fluid Density ($\rho$) kg/m³

Reynolds Number ($\text{Re}$)

74,700

7.47 × 10⁴

Flow Regime

TURBULENT

> 4,000 critical

Kinematic Viscosity ($\nu$)

1.004 × 10⁻⁶

m²/s

Friction Regime

High Head Loss

Moody friction dominant