CAJ | 학술논문

在血管树模拟研究的基础上，运用混合生物热传导模型并采用考虑血管和组织间局部传热的血液灌注率，改进了传统的 Pennes 生物传热方程。运用 COMSOL Multiphysics 对其进行仿真，并对改进前后 Pennes 方程求解结果进行比较，结果表明，改进后的 Pennes 方程能够显示出血管树对组织区域温度分布的局部影响，而传统 Pennes 方程则只表述了组织中温度分布的均匀形式。
재혈관수모의연구적기출상，운용혼합생물열전도모형병채용고필혈관화조직간국부전열적혈액관주솔，개진료전통적 Pennes 생물전열방정。운용 COMSOL Multiphysics 대기진행방진，병대개진전후 Pennes 방정구해결과진행비교，결과표명，개진후적 Pennes 방정능구현시출혈관수대조직구역온도분포적국부영향，이전통 Pennes 방정칙지표술료조직중온도분포적균균형식。
Based on the studies of the vascular tree’s simulation and combined with the mixed bio-heat transfer model,the traditional Pennes bio-heat transfer equation was improved by using the blood perfusion considering the local heat transfer between the blood and the tissue. COMSOL Multiphysics was used to simulate,and the results of Pennes equation improved before and after were compared. The results showed that the improved Pennes equation could reflect the local influence of the vascular tree on organization’s regional temperature distribution,while the traditional Pennes equation only described the homogeneous form of tissue temperature distribution.