... columns on the thermal performance of the battery module is evaluated by single-factor and multi-objective optimization methods. Then, a low-temperature heating scheme utilizing film heaters is devised for the battery module. The results indicate that the heat generation of the battery diminishes...

... through thermodynamic analysis, exergoeconomic analysis, and multi-objective optimization of the system. The influence of the turbine inlet pressure P 4 , split ratio x, and mole fraction of carbon tetrafluoride N R14 on the system performance is analyzed. The results show that increasing P 4 and T 10 can...

... temperature, mass flowrate ratio, evaporation temperature, and the condenser's pinch point temperature difference. A multi-objective optimization approach is employed on the combined SCRBC/OFCT system, which considers both the thermal efficiency and the specific investment cost as the objective function...

... validations against experiments. Five discrete film cooling holes are considered, and two different blowing ratios of 0.4 and 1.0 are studied. The positions of cooling holes on the tip along the tangential direction are varied as the input parameters of optimization. The multi-objective optimization uses...

... . 10.1016/j.energy.2021.122509 [3] Jahanbakhshi , A. , Nadooshan , A. A. , and Bayareh , M. , 2022 , “ Multi-Objective Optimization of Microchannel Heatsink With Wavy Microtube by Combining Response Surface Method and Genetic Algorithm ,” Eng. Anal. Boundary Elem. , 174 ( 140 ), pp...

.... The effects of the operating parameters and mass fraction of krypton on the thermo-economic performance of the combined system are discussed. Multi-objective optimization is applied to simultaneously optimize the thermal efficiency and total product unit cost of the system. Compared with the stand-alone cycle...

.... The simulated model is then subjected to two sets of multi-objective optimization using a genetic algorithm, considering the above parameters as design variables. According to the Pareto set of optimal solutions, cooling the inlet air by 16.5 K results in the highest net-specific work output and increased...

... of China 10.13039/501100001809 51666006 U1602272 direct-contact heat transfer entransy dissipation uniformity principle of TDF volumetric heat-transfer coefficient multi-objective optimization boiling bubbles particles and droplets energy efficiency evaporation heat exchangers...