CAJ | 학술논문

鉴于聚合物基复合封装材料导热性能传统研究方法的不足（效率低、预测模型不合理等），提出了一种基于VC++结合ANSYS和MATLAB联合编程的方法，对聚合物基复合材料的导热性能进行参数化有限元分析。用户只需要在由VC++开发出来的人机交互界面上输入复合材料的相关导热参数，即可由ANSYS与MATLAB相互协作完成导热模型的构建、模型导热率的数值仿真、结果输出的可视化处理等一系列工作。通过分析氮化铝填充环氧树脂复合材料的导热性能，检验了该方法的可靠性。研究结果表明，该方法不仅能够有效地预测实验结果，而且还方便易用。
감우취합물기복합봉장재료도열성능전통연구방법적불족（효솔저、예측모형불합리등），제출료일충기우VC++결합ANSYS화MATLAB연합편정적방법，대취합물기복합재료적도열성능진행삼수화유한원분석。용호지수요재유VC++개발출래적인궤교호계면상수입복합재료적상관도열삼수，즉가유ANSYS여MATLAB상호협작완성도열모형적구건、모형도열솔적수치방진、결과수출적가시화처리등일계렬공작。통과분석담화려전충배양수지복합재료적도열성능，검험료해방법적가고성。연구결과표명，해방법불부능구유효지예측실험결과，이차환방편역용。
In view of the shortcomings of traditional methods in the thermal conductive research of polymer-based composite packaging materials (low efficiency, unreasonable prediction model, etc.), a parameter finite element analysis method using programming VC++, ANSYS and MATLAB is introduced. Researcher could input the related parameter of composite on the interactive interface developed by VC++. ANSYS and MATLAB are employed to complete the construction of thermal conducting model, the calculation of thermal conductivity and the output of visual processing. The thermal properties of AlN filled expoxy were studied using this program and compared with the experimental results. The results showed that this method could exactly predict the experimental results and were easy to use.