CAJ | 학술논문

采用“有限段”建模的思想，结合高斯最小拘束原理建立了在离心—振动复合环境试验中离心机臂与振动台运动耦合的非线性数学模型，并进行了仿真及试验分析，得到一些有益的结论，从而为复合环境下系统的减振、隔振设计和控制系统的设计提供了理论上的依据。
채용“유한단”건모적사상，결합고사최소구속원리건립료재리심—진동복합배경시험중리심궤비여진동태운동우합적비선성수학모형，병진행료방진급시험분석，득도일사유익적결론，종이위복합배경하계통적감진、격진설계화공제계통적설계제공료이론상적의거。
The idea of finite segment modeling with Gauss minimum constraint theory is applied, a nonlinear mathematical model is founded with the method of multi-flexible body analysis, which studies the movement coupling of centrifugal arm and vibrator environment testing in centrifuge-vibration compound, some useful conclusions are obtained by numerical simulation, and theoretical foundation is provided for the design of vibration absorber and system control in compound environment.