
Представлена математическая модель, описывающая динамику регулятора давления газа с учётом разрыва связей между элементами его подвижной системы. Дискретная модель включает уравнения движения поршней и сжатия газа в полостях регулятора. Модель предназначена для выбора конструктивных параметров системы управления пусковой турбиной жидкостного ракетного двигателя, а также пневматических и гидравлических агрегатов автоматики для аналогичных устройств A mathematical model describing the dynamics of the gas pressure regulator considering break¬ing the bonds between the elements of its mobile system. The discrete model includes equations of mo¬tion of the pistons and the compression of the gas in the cavities of the regulator. The model is designed to select the design parameters of the control system of the turbine starter fluid pa-ketnogo engine, as well as pneumatic and hydraulic power units for automation analogous devices
dynamic characteristics, nonlinear mathematical mode, нелинейная математическая модель, separation elements of the moving system, gas pressure regulator, динамические характеристики, турбина, отрыв элементов подвижной системы
dynamic characteristics, nonlinear mathematical mode, нелинейная математическая модель, separation elements of the moving system, gas pressure regulator, динамические характеристики, турбина, отрыв элементов подвижной системы
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