CAJ | 학술논문

采用蒙特卡洛法与共轭梯度法确定三维矩形炉膛中燃烧器或加热表面的温度分布与热负荷分布。讨论了测量误差对计算结果的影响，结果表明：当测量值不含误差时，用共轭梯度法计算得到的加热表面的温度值和热流量值与其真实值吻合很好。实验测量误差对计算精度的影响与加热表面及受热表面之间的辐射热交换系数有关，辐射热交换系数越大，测量误差对计算结果的影响越大。图4参6
채용몽특잡락법여공액제도법학정삼유구형로당중연소기혹가열표면적온도분포여열부하분포。 토론료측량오차대계산결과적영향，결과표명：당측량치불함오차시，용공액제도법계산득도적가열표면적온 도치화열류량치여기진실치문합흔호。실험측량오차대계산정도적영향여가열표면급수열표면지간적복사 열교환계수유관，복사열교환계수월대，측량오차대계산결과적영향월대。도4삼6
The objective of this paper is to solve the inverse radiative load problem within three-dimen- sional system using the Monte-Carlo Method and the Conjugate Gradient Method (CGM ). The effects of the measurement error on the estimated results are also discussed. From above mentioned analysis, following results are obtained, the agreement between the estimated and the exact values of the heater surfaces are excellent, when the temperature and heat flux distributions of the heated object arer ex act. The effects of the measurement error on the estimated results are related to the Radiative Energy Absorption Distribution(READ) of the heater surfaces Vs heated surfaces. The influences of the mea surement error on the estimated results will be large, when the READ is large. Figs 4 and refs 6.