Multi-objective optimization of a novel finned liquid-cooled plate for lithium-ion batteries based on a hybrid surrogate model and NSGA-II algorithm

Modeling parameters: A detailed table listing all the geometric dimensions and material properties used in the simulation.
Battery UDF (User Defined Function): The complete source code of the battery heating model implemented in ANSYS Fluent based on the Bernadini equation.
ANSYS input settings: Covering solver model, discretization scheme, boundary conditions, and the definition of material properties used in the CFD simulation.
MATLAB script: The code used to build the hybrid alternative model and execute the NSGA-II multi-objective optimization.

建模参数：涵盖仿真中使用的全部几何尺寸与材料属性的详细表格。
电池自定义函数（User Defined Function, UDF）：基于Bernadini方程，在ANSYS Fluent中实现的电池加热模型完整源代码。
ANSYS输入设置：涵盖计算流体动力学（Computational Fluid Dynamics, CFD）仿真所用的求解器模型、离散格式、边界条件及材料属性定义。
MATLAB脚本：用于构建混合替代模型并执行NSGA-II多目标优化的代码。