The test results could be explained by the spring and dashpot model used in liquid crystal structure.
对于液晶实验结果采用弹簧-粘壶模型进行解释和讨论。
The nonlinear spring-mass-dashpot system was used as the research object. The relation between system health monitoring data and health index was given through simulation.
以非线性弹簧-阻尼-质量块系统为研究对象，通过仿真计算，给出了系统健康监测数据与系统健康指数的对应关系。
In physics spring and dashpot areuaually defined representing elastic and viscous medium. Three kinds of basicviscoelastic models are composed of the two mixed mechanics models.
在物理学上，通常把介质的弹性和黏性抽象成弹簧和阻尼器，通过这两个理想力学模型不同方式的组合可表示成三种基本的黏弹性介质模型。
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