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Analysis of Dynamic Behavior of a Heat Recovery Steam Generator and Steam Turbine System
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 Title & Authors
Analysis of Dynamic Behavior of a Heat Recovery Steam Generator and Steam Turbine System
Park, Hyung-Joon; Kim, Tong-Seop; Ro, Sung-Tack;
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 Abstract
The dynamic behavior of a single-pressure heat recovery steam generator and turbine system for the combined cycle power plant is simulated on the basis of one-dimensional unsteady governing equations. A water level control and a turbine power control are also included in the calculation routine. Transient response of the system to the variation of gas turbine exit condition is simulated and effect of the turbine power control on the system response is examined. In addition, the effect of the treatment of inertia terms(fluid inertia and thermal inertia of heat exchanger metal) on the simulated transient response is investigated.
 Keywords
HRSG;Steam Turbine;Combined Cycle;Dynamic Behavior;Control;Inertia;
 Language
Korean
 Cited by
1.
관류형 증기발생기를 사용한 복합발전용 초임계압 하부시스템의 성능 설계해석,양진식;김동섭;노승탁;

대한기계학회논문집B, 2002. vol.26. 10, pp.1370-1377 crossref(new window)
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