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intercooled regenerated cycle
相关语句
  中冷回热
     Dynamic Simulation of Intercooled Regenerated Cycle Gas Turbines
     中冷回热循环燃气轮机动态仿真研究
短句来源
     An intercooled regenerated cycle gas turbine is a high nonlinearity thermo-motive system,and its dynamic performance is decided by rotating inertia of rotors,volume inertia of volumes,and heat inertia of heat exchangers.
     中冷回热循环燃气轮机是一个高度非线性的热动力系统,其动态性能由转子的转动惯性、容积的容积惯性和换热器的热惯性所决定。
短句来源
  中冷回热循环
     Dynamic Simulation of Intercooled Regenerated Cycle Gas Turbines
     中冷回热循环燃气轮机动态仿真研究
短句来源
     An intercooled regenerated cycle gas turbine is a high nonlinearity thermo-motive system,and its dynamic performance is decided by rotating inertia of rotors,volume inertia of volumes,and heat inertia of heat exchangers.
     中冷回热循环燃气轮机是一个高度非线性的热动力系统,其动态性能由转子的转动惯性、容积的容积惯性和换热器的热惯性所决定。
短句来源
     Base on the components characteristic,the dynamic behaviors of intercooled regenerated cycle gas turbines are simulated by blocking modeling numerical method under Matlab/Simulink environment in this paper.
     根据中冷回热循环燃气轮机的各部件特性,利用M atlab/S im link仿真平台,采用模块化建模法,对中冷回热循环燃气轮机进行动态仿真。
短句来源
     The dynamic behaviors of intercooled regenerated cycle gas turbines are analyzed by an example,and are compared with simulation results of simple cycle gas turbines.
     通过实例,对中冷回热循环燃气轮机的动态性能进行分析,并与简单循环燃气轮机仿真结果进行比较。
短句来源
     The intercooled regenerated cycle (ICR) gas turbines are increasingly paid attention to by people of ship-building circle and the other industries for its predominant all-state performance.
     中冷回热循环(ICR)燃气轮机因其优越的全工况性能正日益受到船舶和工业领域的关注。
短句来源
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An intercooled regenerated cycle gas turbine is a high nonlinearity thermo-motive system,and its dynamic performance is decided by rotating inertia of rotors,volume inertia of volumes,and heat inertia of heat exchangers.Base on the components characteristic,the dynamic behaviors of intercooled regenerated cycle gas turbines are simulated by blocking modeling numerical method under Matlab/Simulink environment in this paper.The dynamic behaviors of intercooled regenerated cycle gas turbines are...

An intercooled regenerated cycle gas turbine is a high nonlinearity thermo-motive system,and its dynamic performance is decided by rotating inertia of rotors,volume inertia of volumes,and heat inertia of heat exchangers.Base on the components characteristic,the dynamic behaviors of intercooled regenerated cycle gas turbines are simulated by blocking modeling numerical method under Matlab/Simulink environment in this paper.The dynamic behaviors of intercooled regenerated cycle gas turbines are analyzed by an example,and are compared with simulation results of simple cycle gas turbines.The research result shows that the time-constant of heat exchanger is very big.The heat inertia is an important factor which affects dynamic behaviors of system,and can not be neglected in the simulation of intercooled regenerated cycle gas turbines.The time-constant of heat exchanger will affect the time of system balance and the larger the time-constant,the more the time of system balance.

中冷回热循环燃气轮机是一个高度非线性的热动力系统,其动态性能由转子的转动惯性、容积的容积惯性和换热器的热惯性所决定。根据中冷回热循环燃气轮机的各部件特性,利用M atlab/S im link仿真平台,采用模块化建模法,对中冷回热循环燃气轮机进行动态仿真。通过实例,对中冷回热循环燃气轮机的动态性能进行分析,并与简单循环燃气轮机仿真结果进行比较。结果表明,换热器的时间常数较大,其热惯性对机组的动态性能影响较大,在仿真过程中不能忽略,且机组平衡时间与换热器时间常数有关,时间常数愈大,达到平衡所需时间愈长。

The intercooled regenerated cycle (ICR) gas turbines are increasingly paid attention to by people of ship-building circle and the other industries for its predominant all-state performance.By analyzing the off-design performance,and adopting the block modeling numerical simulation,the dynamic behavior of ICR gas turbines is studied and compared with simulation results of simply cycle gas turbines.The research result shows that the heat inertia is an important factor which affects the dynamic behaviors...

The intercooled regenerated cycle (ICR) gas turbines are increasingly paid attention to by people of ship-building circle and the other industries for its predominant all-state performance.By analyzing the off-design performance,and adopting the block modeling numerical simulation,the dynamic behavior of ICR gas turbines is studied and compared with simulation results of simply cycle gas turbines.The research result shows that the heat inertia is an important factor which affects the dynamic behaviors of the system,and the time of system balance will increase with the time constant of the heat exchanger.ICR gas turbines have not only high power and efficiency at design point,but also favorable economization at off-design states.The performance of part-load states of ICR gas turbines can be improved by modulating the area of inlet stator of power turbines.

中冷回热循环(ICR)燃气轮机因其优越的全工况性能正日益受到船舶和工业领域的关注。通过分析ICR燃气轮机的变工况特性,采用模块化建模法仿真,对ICR燃气轮机进行动态性能分析,并与简单循环燃气轮机仿真结果进行比较。结果表明,换热器的热惯性对机组的动态性能影响较大,时间常数愈大,达到新平衡所需时间愈长;ICR燃气轮机不仅在设计工况点的效率和功率都有明显提高,而且在低工况下仍有良好的经济性,动力涡轮采用进口导叶面积可调可进一步改善ICR燃气轮机装置的部分工况性能。

 
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