Diesel Engine Model with Fuel Consumption and Torque Calculation

This diesel engine model serves as a highly practical tool for calculating fuel consumption rates and torque outputs of diesel engines. Diesel engines, widely utilized in automotive and industrial applications, operate on complex thermodynamic principles. The model employs mathematical algorithms to simulate combustion efficiency and mechanical performance, enabling users to better understand and analyze diesel engine characteristics. Through fuel consumption rate calculations implemented via efficiency mapping algorithms, users can evaluate fuel economy and perform necessary adjustments for optimization. The torque calculation feature, powered by performance curve fitting and load analysis functions, provides insights into power output capabilities and mechanical endurance - critical factors for design and engineering applications. The model incorporates key functions such as combustion parameter initialization, efficiency mapping, and torque curve generation, making it an invaluable resource for researchers and developers working on diesel engine technology advancement.