Modeling and simulation of gas turbine starter and fuel control system

Ma, Suli; Tan, Jianrong; Ning, Yongqian; Gao, Zichang

doi:10.23919/chicc.2017.8027674

Cited by 6 publications

(7 citation statements)

References 1 publication

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“…In addition to the above-mentioned purposes, effects of fuel control on transient behavior and combustion chamber's transients have also been studied. For instance, the authors Ma et al [93] have developed a transient model for the fuel control strategy developed for the starter of gas turbine. Likewise, Wang et al [94] have studied the effect of incorporation of fuel control system along with the generic control system on the time delay during transient behavior.…”

Section: Combined Cycle Gasmentioning

confidence: 99%

A General Overview of Combined Cycle Gas Turbine Plants

Talah¹,

Bentarzi

2023

AJSS

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The Combined Cycle Gas Turbines (CCGT) has encountered a large diffusion over the last decades. Different researchers have focused on performance evaluation of CCGT through mathematical modeling techniques. Hence, there are some important factors which should be respected while modeling the CCGT. These factors include type of different components of the CCGT system, their configuration, the modeling methods, and the purpose of the modeling, the type and structure of the control system and the simulation objectives. Hence, a brief overview about CCGT design and technologies, mathematical modeling, simulation tools and methods are presented in this paper.

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Section: Combined Cycle Gasmentioning

confidence: 99%

A General Overview of Combined Cycle Gas Turbine Plants

Talah¹,

Bentarzi

2023

AJSS

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“…Based on the small orifice throttling principle, in the fuel metering system, the volume flow through the orifice is written as [4] :…”

Section: Fig1 Schematic Diagram Of the Fuel Metering Systemmentioning

confidence: 99%

The Modeling and Analysis of Fuel Metering System of Gas Turbine based on AMESim

Ding

2022

J. Phys.: Conf. Ser.

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The fuel metering system is an essential component of gas turbine and an in-depth research on its characteristics is the basis for the design and optimization of the gas turbine fuel system. This paper presents a mathematical modeling analysis of the main components of the fuel metering system and uses AMESim to build a numerical model for computer simulation. The model is used to verify and analyze important performance indicators such as differential pressure and fuel metering response, and to propose key points for optimization in the fuel metering system.

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“…Similarly, Mehrpanahi et al [ 34 ] have tried to estimate the shaft revolution rate during startup operation by establishing a transient simulation model suing condition monitoring data. Ma et al [ 42 ] have conducted a study on the gas turbine starter and associated fuel control system modeling. Likewise Ghaffari et al [ 85 ] have also developed a transient model for startup simulation of a heavy duty gas turbine of MAPNA organization situated in Iran.…”

Section: Classifications Of Transient Regimes In Igtmentioning

confidence: 99%

“…A comparison of some commercial software has been listed in the Table 6 . Variety of commercial and limited use in-house built software have been employed in the literature for transient modeling and validation of the developed models, i.e., GateCycle [ 40 , 45 ], DESTUR [ 26 ], GETRAN [ 58 , 219 ], TURBOMATCH [ 51 , 220 ], AMESim [ 42 ], Thermoflow [ 7 ], DYNGEN [ 32 , 221 ]. TERTS [ 222 ], TURBOTRANS [ 223 , 224 ], and FORTRAN based programs [ 50 , 51 , 206 , 225 ].…”

Section: Software Tools For Transient Modelingmentioning

confidence: 99%

“…In addition to the above-mentioned purposes, effects of fuel control on transient behavior and combustion chamber’s transients have also been studied. For instance, Ma et al [ 42 ] has developed a transient model for the development of fuel control strategy for the starter of gas turbine. Likewise, Wang et al [ 43 ] have studied the effect of incorporation of fuel control system along with the generic control system, on the time delay during transient behavior.…”

Section: Introductionmentioning

confidence: 99%

See 1 more Smart Citation

Transient Behavior in Variable Geometry Industrial Gas Turbines: A Comprehensive Overview of Pertinent Modeling Techniques

Hashmi

Lemma

Ahsan

et al. 2021

Entropy

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Generally, industrial gas turbines (IGT) face transient behavior during start-up, load change, shutdown and variations in ambient conditions. These transient conditions shift engine thermal equilibrium from one steady state to another steady state. In turn, various aero-thermal and mechanical stresses are developed that are adverse for engine’s reliability, availability, and overall health. The transient behavior needs to be accurately predicted since it is highly related to low cycle fatigue and early failures, especially in the hot regions of the gas turbine. In the present paper, several critical aspects related to transient behavior and its modeling are reviewed and studied from the point of view of identifying potential research gaps within the context of fault detection and diagnostics (FDD) under dynamic conditions. Among the considered topics are, (i) general transient regimes and pertinent model formulation techniques, (ii) control mechanism for part-load operation, (iii) developing a database of variable geometry inlet guide vanes (VIGVs) and variable bleed valves (VBVs) schedules along with selection framework, and (iv) data compilation of shaft’s polar moment of inertia for different types of engine’s configurations. This comprehensive literature document, considering all the aspects of transient behavior and its associated modeling techniques will serve as an anchor point for the future researchers, gas turbine operators and design engineers for effective prognostics, FDD and predictive condition monitoring for variable geometry IGT.

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Modeling and simulation of gas turbine starter and fuel control system

Cited by 6 publications

References 1 publication

A General Overview of Combined Cycle Gas Turbine Plants

A General Overview of Combined Cycle Gas Turbine Plants

The Modeling and Analysis of Fuel Metering System of Gas Turbine based on AMESim

Transient Behavior in Variable Geometry Industrial Gas Turbines: A Comprehensive Overview of Pertinent Modeling Techniques

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