fluid-property-calculator

Calculate water density and viscosity offline by calling water_properties(temperature_C), which applies empirical polynomials to return thermal properties without requiring any external database connection.

Estimate air properties for thermal-hydraulic analysis by using air_properties(T, P), which applies Sutherland and other empirical correlations to derive density and viscosity from temperature and pressure inputs.

Get offline fluid property estimates for preliminary design by applying built-in empirical correlations like Vogel and Antoine, which output rapid viscosity and vapor pressure values without external dependencies.

The fluid property calculator supports vapor pressure and ideal gas calculations by exposing gas_properties(gas, T, P), utilizing Antoine equations and related correlations to estimate properties for various gases.

Empirical correlations for estimating fluid properties include polynomials for water, Sutherland for air viscosity, Vogel for liquid viscosity, and Antoine for vapor pressure, ensuring rapid database-free property generation.

Use these fluid property estimates for Reynolds number checks in pipe flow by extracting density and viscosity values from water_properties or air_properties, feeding them directly into your hydrodynamic calculations.