Randomized trial examines how automated control boosts thermal efficiency in engines, suggesting improved designs.
Key Points
The study investigates how automated control strategies can optimize ignition timing and fuel injection to enhance thermal efficiency in internal combustion engines.
Analysed a closed-loop control strategy for ignition timing and fuel injection in internal combustion engines.
Utilized energy balance analysis, structural-functional modelling, and comparative analysis methods.
Evaluated the impact of optimized parameters on thermal efficiency under various operational constraints.
Established that thermal efficiency is determined by the proportion of fuel energy converted into useful work.
Demonstrated reduction in mechanical and auxiliary losses through coordinated control of ignition and fuel strategies.
Showed that optimization leads to improved combustion phasing and power output within detonation limits.