北京大学学报(自然科学版)
北京大學學報(自然科學版)
북경대학학보(자연과학판)
ACTA SCIENTIARUM NATURALIUM UNIVERSITATIS PEKINENSIS
1999年
3期
328-339
,共12页
吴望一%王英晓%严宗毅%温功碧
吳望一%王英曉%嚴宗毅%溫功碧
오망일%왕영효%엄종의%온공벽
全循环动态耦合%流量守恒%脉冲响应法
全循環動態耦閤%流量守恆%脈遲響應法
전순배동태우합%류량수항%맥충향응법
dynamic coupling of the whole circulation%flow conservation%the impulse response method
对左右心室均采用E(t)-R模型,体动脉树采用T-Y管模型,肺动脉采用轻微非对称T管模型,利用脉冲响应法和流量守恒原理进行了全循环的动态耦合数值模拟,得到了与人体实验数据一致的结果.
對左右心室均採用E(t)-R模型,體動脈樹採用T-Y管模型,肺動脈採用輕微非對稱T管模型,利用脈遲響應法和流量守恆原理進行瞭全循環的動態耦閤數值模擬,得到瞭與人體實驗數據一緻的結果.
대좌우심실균채용E(t)-R모형,체동맥수채용T-Y관모형,폐동맥채용경미비대칭T관모형,이용맥충향응법화류량수항원리진행료전순배적동태우합수치모의,득도료여인체실험수거일치적결과.
The cardiovascular system is a complex coupling system, which consists of interacting parts constituting an indivisible integrity. In this paper, the E (t)-R model is adopted for the left and right ventricles, a newly-developed T-Y tube model with distributed parameters is adopted for the systemic arteries, and a newly-developed slightly asymmetric T tube model with distributed parameters is adopted for the pulmonary arteries. Then, the impulse response method and the flow conservation law are employed to simulate the dynamic coupling of the whole circulation in human body. Our computed theoretical results fit well to the available measured data.