The probabilistic life prediction of high temperature components was studied by using the stochastic equation of creep damage and simple second-order theory and method of high temperature components.
通过应用高温构件蠕变损伤的随机方程及一次二阶矩理论和方法，对高温构件的概率寿命预测进行了研究。
Therefore, the research on backward stochastic differential equation is of considerable theoretical significance and practical value.
因此， 研究倒向随机微分方程具有重要的理论意义和应用价值。
By using the stochastic dynamical programming principle the dynamical programming equation for minimizing the response of the system is formulated.
利用随机动态规划原理可以为系统响应最小化问题建立动态规划方程。
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