Combining optimal design method with robust design principle, a new approach for the robust optimal design is investigated make use of stochastic simulative experiment.
本文把最优化设计方法和稳健设计思想有机地结合，提出一种基于随机模拟试验的稳健优化设计方法。
The experiment results show that the hybrid algorithm is an effective stochastic optimal method.
试验结果表明，该算法是一种有效的随机优化算法。
Through the experiment of 16 CFRP strengthened RC beams, the stochastic parameters of random variables were obtained.
通过对16根CFRP加固混凝土实验梁受弯实验，得到了随机变量的统计参量。
Then using introduced trees scotch pine, s young trees as experiment material, research different protective effect to ground surface with uniformity model, stochastic model and banding collocate;
其次利用当地引入树种樟子松幼苗为试验材料，研究了随机式、均匀式、行带式三种配置格局对地表的不同防护作用；
Therefore, it's necessary that the trajectory stochastic analysis should be implemented and reasonable distribution of impact point should be given before experiment study.
所以有必要在试验之前进行弹道的随机分析，给出弹着点的合理分布。
The rainfall distribution caused by the nappe impingement was studied in the hydraulic experiment combined with the stochastic splash numerical model.
运用随机溅水模型得到的降雨强度分布与试验数据甚为吻合，证明该数值方法可以较好地模拟溅水雾化现象，具有较好的应用前景。
Based on the meso-experiment of water flow in sandstone, the stochastic theory is introduced to investigate the evolution process of seepage boundary in this paper.
基于砂岩中流体渗流的细观实验 ，引入随机理论描述了渗流边界的演化过程 ，研究了孔隙介质细观结构对渗流行为的影响 ，揭示了渗流边界出现复杂形貌的机理。
Based on the meso-experiment of water flow in sandstone, the stochastic theory is introduced to investigate the evolution process of seepage boundary in this paper.
基于砂岩中流体渗流的细观实验 ，引入随机理论描述了渗流边界的演化过程 ，研究了孔隙介质细观结构对渗流行为的影响 ，揭示了渗流边界出现复杂形貌的机理。
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