This desktop application simulates the Ideal Otto Cycle used in spark-ignition engines powered by gasoline, natural gas, biofuels, or synthetic fuels. It is designed for engineering students, educators, researchers, and automotive enthusiasts who want to understand engine thermodynamics through an interactive graphical interface.
Simply enter the engine parameters and instantly obtain temperatures, pressures, efficiencies, power, torque, fuel consumption, and graphical results.
Mechanical Engineering students
Thermodynamics courses
Internal Combustion Engine courses
Automotive engineering
Educational demonstrations
This desktop application simulates the Ideal Diesel Cycle used in compression-ignition engines powered by diesel, biodiesel, or synthetic fuels. It is designed for engineering students, educators, researchers, and automotive enthusiasts who want to understand engine thermodynamics through an interactive graphical interface.
Simply enter the engine parameters and instantly obtain temperatures, pressures, efficiencies, power, torque, fuel consumption, and graphical results.
Mechanical Engineering students
Thermodynamics courses
Internal Combustion Engine courses
Automotive engineering
Educational demonstrations