TurboKomp

Turbocomp – Professional Turbomachinery Calculator

Turbocomp is a powerful, offline engineering tool designed for quick and accurate calculations of turbomachinery performance. It is ideal for mechanical engineers, energy professionals, and students who need reliable results without an internet connection.

Key Features:
• Compressor & Expander Analysis: Calculate shaft power, isentropic efficiency, and outlet conditions for gas compressors and expanders using ideal gas models.
• Steam Turbine Calculations: Perform accurate steam turbine power calculations using the IAPWS-IF97 standard (via CoolProp) for saturated, superheated, and wet steam.
• Steam & Gas Property Lookup: Quickly determine thermodynamic properties (enthalpy, entropy, density, quality) for water/steam and various gases.
• Multi-Stage Compressor: Model up to 6 stages with individual efficiencies and pressure drops, automatically summing the total shaft power.
• RPM Prediction: Estimate the required rotational speed for a new operating point using the specific speed (Ns) similarity laws.
• Built-in Gas Database: Includes common gases like air, nitrogen, oxygen, CO₂, methane, hydrogen, steam, ammonia, argon, and helium.
• Unit Conversion: Automatic conversion between bar/kPa/Pa/atm/psi, °C/K/°F, and Nm³/h/m³/h/kg/h.
• Dark/Light Theme: Choose your preferred visual theme for comfortable use.
• Save Results: Export calculation reports as text files to your device.
• 100% Offline: No internet connection required. Your data stays on your device.

Why Turbocomp?
• Reliable: Based on the IAPWS-IF97 standard (CoolProp) and ideal gas models.
• Fast: Instant calculations with an intuitive user interface.
• Professional: Designed with input from engineers, for engineers.
• Free & No Ads: Completely free to use with no advertisements.

Who is it for?
• Mechanical Engineers
• Energy & Power Plant Engineers
• Process Engineers
• University Students (Mechanical, Energy, Chemical Engineering)
• Anyone working with compressors, turbines, or gas/steam systems.