The dynamic characteristics of the high-pressure variable plunger pump have an important impact on the performance and efficiency of the system, but the current plunger pump has a long dynamic response time and cannot improve the steady-state error of the system well. In this article, the AMESim simulation platform based on human-computer interaction technology is used. By establishing a mathematical model of a high-pressure variable plunger pump and considering various parameters and influencing factors of its dynamic characteristics, the simulation research of its dynamic characteristics is realized. Through the simulation and analysis of the plunger pump under different working conditions, its dynamic response and performance under different working conditions are studied. Through experiments, it is concluded that the dynamic response time of the method in this article is 6-1.2s, and the system can adapt to changes in the input signal faster.
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Chao Ma (2024) studied this question.
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