应用应力—强度干涉理论，将传统安全系数与可靠性同时进行分析，重新建立安全系数的度量指标。
Interference theory of application stress-intensity, analyze the traditional safety factor and the reliability simultaneously, reset the measuring index of safety factor.
当用应力—强度干涉理论计算断裂概率，问题归结为一维积分式的求解。
And then, by using the stress strength interference theory to calculate fracture probability is converted to resolve a one dimensional integral.
应用可靠性理论中的强度—应力干涉模型，将可靠性方法运用于压力容器设计，指出了可靠性设计目标，阐述了设计的具体步骤。
Use the reliable theory intensity-stress interference model, utilizes the reliable method in the pressure vessel design, points out the reliability design goal, introduces the step of the design.
通过对应力—强度干涉模型的分析，针对安全部件专用电磁铁的特性，提出了安全部件专用电磁铁的释放可靠性理论。
In the condition of assuming that stress and intensity obey normal distribution, the basic method of reliability design, stress-intensity interference model is discussed.
该模型利用应力-强度干涉理论，并且假定风速服从威布尔分布。
This model capitalizes on stress-strength interference theory and curve, and Weibull model about the winds distribution is considered.
该模型利用应力-强度干涉理论，并且假定风速服从威布尔分布。
This model capitalizes on stress-strength interference theory and curve, and Weibull model about the winds distribution is considered.
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