100 Science Avenue
Zhengzhou, CO 450001
China
Zhengzhou University
single-phase static immersion cooling, finned heat pipes, active & and passive cooling
single-phase cooling, static immersion cooling, finned heat pipes, active and passive cooling
PEMFCs, Cooling Techniques, Automotive Applications, Renewable Energy Integration, (ICE), Sustainable Energy Solutions
Data center cooling, low-GWP refrigerants, two-phase cold plate, micro channel heat transfer, AI-assisted thermal management, CFD-based optimization, carbon footprint reduction, Energy efficiency
PEMFC, thermal management, Bipolar plate, Serpentine flow field
lithium-ion battery, Extremely cold environment, Internal self-heating, Motor drive system
PEMFCs, Hydrothermal stresses, Flow field design, Mechanical failure, Fuel cell performance, Structural integrity
PEM Fuel Cell, Flow Dynamics, Advanced Modeling Techniques, Reaction Kinetics, Electrochemical Performance, Hydrothermal Behavior
Flow Field Design, Temperature Variation, Water Management, Mass Transport Mechanisms, Fuel Cell Efficiency
Polymer Electrolyte Membrane Fuel Cell, Vehicle Thermal Management, Coolant Flow Field, New Energy Vehicle, Renewable Energy
thermal management, temperature, cooling flow, PEM fuel cell, and space
Liquid cooling, Longitudinal flow, Cylindrical Cell, Dummy cell
Keywords: Lithium-ion battery, BTMS, Ethylene glycol coolant, Heat extraction rate, Electric vehicle (EV), Climate-adaptive cooling.
