CAJ | 학술논문

根据重型燃气轮机的高压燃气调压器的工作原理，建立了能够描述调压器静态和动态特性的数学模型，并利用Matlab/Simulink软件建立了其仿真模型。通过数值仿真，分析了低压腔体积、弹簧弹性系数、皮膜面积等关键设计因素对燃气调压器静态和动态特性的影响。研究结果对燃气轮机燃气调压器的技术开发、设计和选型具有参考价值。
근거중형연기륜궤적고압연기조압기적공작원리，건립료능구묘술조압기정태화동태특성적수학모형，병이용Matlab/Simulink연건건립료기방진모형。통과수치방진，분석료저압강체적、탄황탄성계수、피막면적등관건설계인소대연기조압기정태화동태특성적영향。연구결과대연기륜궤연기조압기적기술개발、설계화선형구유삼고개치。
A mathematical model describing both the static and dynamic characteristics of high -pressure gas regulator used on the heav-y-duty gas turbines was established according to the working principle .Based on it a simulation model was built by using Matlab /Sim-ulink platform.The static and dynamic characteristics of the regulator with different key structural parameters were analysed , such as the volume of the low pressure chamber , the spring elasticity coefficient and the film area .The result is instructive for the model selec-tion and development of this kind of regulator .