CAJ | 학술논문

以LGJ240／40钢芯铝绞线为例，利用ANSYS软件建立数学模型，分别考虑不同季节的日照强度和国标规定值1000 W／m2，仿真得出一定载流量下的导线温度，并采用摩尔根公式求解相同条件下的导线温度，以摩尔根公式计算结果为准进行误差分析。由误差分析可知，日照强度对ANSYS仿真结果的影响不大，而误差与复合散热系数及载流量大小呈线性关系，由此，利用Matlab进行多元线性回归分析法提出修正因数，使得ANSYS仿真结果更精确。
이LGJ240／40강심려교선위례，이용ANSYS연건건립수학모형，분별고필불동계절적일조강도화국표규정치1000 W／m2，방진득출일정재류량하적도선온도，병채용마이근공식구해상동조건하적도선온도，이마이근공식계산결과위준진행오차분석。유오차분석가지，일조강도대ANSYS방진결과적영향불대，이오차여복합산열계수급재류량대소정선성관계，유차，이용Matlab진행다원선성회귀분석법제출수정인수，사득ANSYS방진결과경정학。
ANSYS software is adopted to establish a mathematical model.The unit volume heat release of conduc-tors can be calculated under different seasonal illumination intensities and national standard values (1 000W/m2 ) . The simulation analysis is illustrated with an example of LGJ240/40.Using the conductor parameters from the sim-ulation.Morgan formula calculation results are used to solve conductor temperatures and analysis errors.It has been proved that the effect of illumination intensity is limited on the simulation results from the analysis of errors. The error has linear relation to combined heat release coefficient and the current capacity.According to the influen-cing factors, a correction factor is obtained by using Matlab multiple linear regression analysis to get more accurate simulation calculation results.