6-DOF non-linear mechanics model of powerplant hydraulic mount system isestablished. Optimum design of the powerplant hydraulic mount system is made with the hydraulicmount parameters as variables and with uncoupling ...6-DOF non-linear mechanics model of powerplant hydraulic mount system isestablished. Optimum design of the powerplant hydraulic mount system is made with the hydraulicmount parameters as variables and with uncoupling of energy, rational disposition of naturefrequency and minimum of reactive force at mount's location as objective functions. And based on theoptimum design, software named ODPHMS (optimum design of powerplant hydraulic mount system) used inpowerplant mount system optimum design is developed.展开更多
The water level control system of steam generator in a pressurized water reactor of nuchear power plant plays an important role which effects the water level control of the steam generator are due the reverse dynamics...The water level control system of steam generator in a pressurized water reactor of nuchear power plant plays an important role which effects the water level control of the steam generator are due the reverse dynamics behavior,so the transient analysis of the steam generator should firstly solve their mathematical models.For determination of dynamic behavior and design and testing of the control system, a nonlinear math model is developed using one dimensional conservation equations of mass,momentum and energy of primary and secondary sides of the steam generator. The nonlinear model is verified with standard power plant data available in the references, then the steady states and transient calculations are performed for full power to 5% power reactor operation of the steam generator of Chinese Qinshan Nuclear Power Plant.展开更多
基金This project is supported by National Natural Science Foundation of China (No. 50075034).
文摘6-DOF non-linear mechanics model of powerplant hydraulic mount system isestablished. Optimum design of the powerplant hydraulic mount system is made with the hydraulicmount parameters as variables and with uncoupling of energy, rational disposition of naturefrequency and minimum of reactive force at mount's location as objective functions. And based on theoptimum design, software named ODPHMS (optimum design of powerplant hydraulic mount system) used inpowerplant mount system optimum design is developed.
文摘The water level control system of steam generator in a pressurized water reactor of nuchear power plant plays an important role which effects the water level control of the steam generator are due the reverse dynamics behavior,so the transient analysis of the steam generator should firstly solve their mathematical models.For determination of dynamic behavior and design and testing of the control system, a nonlinear math model is developed using one dimensional conservation equations of mass,momentum and energy of primary and secondary sides of the steam generator. The nonlinear model is verified with standard power plant data available in the references, then the steady states and transient calculations are performed for full power to 5% power reactor operation of the steam generator of Chinese Qinshan Nuclear Power Plant.
