The laboratory conducts a range of experiments focused on understanding and optimizing internal combustion engines, thermal systems, and mechanical processes. Performance Test on Four-Stroke Diesel Engine conducts performance tests to evaluate power output, fuel efficiency, torque characteristics, and thermal efficiency of four-stroke diesel engines under varying loads and conditions. Heat Balance Test on Four-Stroke Diesel Engine measures and analyzes heat inputs and outputs to determine thermal losses, efficiency, and heat distribution in four-stroke diesel engines, crucial for optimizing combustion processes. Morse Test on Multi-Cylinder Petrol Engine performs Morse tests to assess the balancing and performance characteristics of multi-cylinder petrol engines, focusing on smooth operation and power delivery. Determination of Flash Point and Fire Point of Various Fuels/Lubricants determines the flash point and fire point of fuels and lubricants to assess their safety, handling, and storage requirements in automotive and industrial applications. Performance Test on a Two-Stage Reciprocating Air Compressor evaluates the performance parameters of two-stage reciprocating air compressors, including efficiency, compression ratios, and cooling capacity, essential for industrial air compression systems. These experiments provide students and researchers with practical insights into engine performance, thermodynamics, combustion analysis, and mechanical testing techniques essential for automotive, industrial, and energy sectors
