数值模拟结果与实测资料和物理模型试验结果的验证比较表明，该方法可以定性分析漂浮物的堆积形态。
Comparison between numerical simulation and measured results of the physical model test shows that this model can qualitatively simulate the floating-debris' accumulation form.
结果与定性物理模拟、数值模拟及刚塑性力学模型的拉应力理论相吻合。
The result is coherent with the result of quantitative physical simulation, numerical value simulation and the tension stress theory of a rigid plastic mechanical model.
室内物理模型试验方法是进行边坡稳定性和破坏机理研究的重要方法。
Laboratory physical model test is an important approach for study on stability and failure mechanics of slopes.
当前恒星模型中的不确定性来自于输入的物理参数：原子数据、对流理论、辐射区的混合和质量丢失。
The uncertainties associated with current stellar models lie in the input physics: atomicdata, convection theory, mixing in radiative regions, and mass loss.
建立了传感器、端部执行器与环境的物理模型，并对该力控制系统的稳定性进行了分析。
Physical model of sensor, tool tail-end and the environment is made. The stability of the model is also analyzed.
通过物理模型试验，测量不同底高程条件下防浪墙顶部的越浪量、迎浪面及底面上的波浪压强和防浪墙的整体稳定性。
Through physical model test, overtopping wave, wave pressure at waveward side and bottom, as well as the overall stability of wave screen are measured.
利用断面物理模型试验，对3种结构形式(斜坡段、大台阶段、圆筒段)的护岸的稳定性和越浪量进行了研究。
The stability and wave overtopping rate of 3 kinds of revetments (sloping, big step and cylindrical structure types) are studied by using sectional model test.
该方法物理意义明确，可以通过对故障诊断误差的学习，实时修正故障模型，实现对不确定性和慢时变性对象的鲁棒故障诊断。
The method which has definite physical meaning, can change fault diagnosis model to adapt to the variability and uncertainty of the plant by learning the fault diagnosis err.
原位取样测试结果表明，按照这种方法设计制作的模型，最终能达到模型中同一类型材料所要求的密度整体相对一致的效果，从而提高了物理模型中材料力学性质的稳定性。
The results of sampling taken from in-situ of the model test show that constructing model by this design method is available; and the density and property of the model material are uniform and stable.
为了验证所提控制方案对于抑制系统振荡及提高系统稳定性的效益，对一个三机系统做了动态物理模型实验及数字仿真。
In order to verify the effective-ness of the control approach on the suppression of system oscillations and the enhancement of system stability, laboratory tests and digital...
为了验证所提控制方案对于抑制系统振荡及提高系统稳定性的效益，对一个三机系统做了动态物理模型实验及数字仿真。
In order to verify the effective-ness of the control approach on the suppression of system oscillations and the enhancement of system stability, laboratory tests and digital...
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