With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

采用经典力学计算时，于复杂结构计算中采用假设和简化太多，结果准确性差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文要仿真剂系统特点，系统进行了节点划分，并做了适当简化，以使其适应实时仿真需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

采用的经典力学，对于复杂结构的中采用的假设和简化太多，结果的准确性相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真的冷却剂系统的特点，对系统进行了节点划分，并做了当简化，以使其仿真的需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

的经典力学计算时，对于复杂结构的计算的假设和简化太多，结果的准确性相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真的冷却剂系统的特点，对系统进行了节点，做了适当简化，以使其适应实时仿真的需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

经典力学计算时，对于复杂结构计算中假设和简化太多，结果准确性相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真冷却剂系统特，对系统进行了节，并做了适当简化，以使其适应实时仿真需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

采用的经典力学计算时，对于复杂结构的计算中采用的假设和简化太多，结果的相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真的冷却的特点，对进行了节点划分，并做了适当简化，以使其适应实时仿真的需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

采用的经典力学计算时，对于复杂结构的计算中采用的假设和多，结果的准确性相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真的冷却剂的特点，对行了节点划分，并做了适当，以使其适应实时仿真的需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

采用的经典力学计算时，对于复杂结构的计算中采用的假设和太多，结果的准确相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真的冷却剂系统的特点，对系统进行了节点划，并做了适当，以使其适应实时仿真的需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

采用经典力学计算时，对于复杂构计算中采用假设和简化太多，准确性相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真冷却剂系统，对系统进行了节划分，并做了适当简化，以使其适应实时仿真需要。

With the use of classic mechanics, there are too many hypothesis and predigestion in the calculation of complex structures, so the veracity of results is not very good.

采用的经典力学计算时，对于复杂结构的计算中采用的假设和太多，结果的准确相对较差。

In order to adapt to real time simulation, the nodes of system and the predigestion was made according to the characteristic of reactor coolant system which will be simulated.

本论文对要仿真的冷却剂系统的特点，对系统进行了节点划分，并做了适当，以使其适应实时仿真的需要。