1) numerical approximation seasonal extrpolate method
数值逼近周期外推法
2) Numerical approach method
数值逼近法
1.
Firstly, a numerical approach method is used in the optimal reliability design with arbitrary distribution parameters, where the probabilistic constraints can be transformed into deterministic constraints, and the reliability optimal design parameters are obtained accurately and quickly.
结合随机摄动技术和随机模拟方法,提出了可靠性优化设计的一种数值逼近法,将服从任意分布的可靠性概率约束等价转化为确定型约束,可以迅速准确地获得优化设计结果。
3) smoothing of production
逼近周期循环法
1.
Derived from the concept of smoothing of productions new method,approach-cycle,is put forward.
提了出一种能保证得到多品种混流生产线产品投产顺序优化方案的新的编排方法——逼近周期循环法,较好地解决了生产比例数法和逻辑运算法所存在的问题。
4) mathematical approximation
数值近似(逼近)法
5) extrapolation approach
外推逼近
1.
A new extrapolation approach was proposed to calculate the strain energy release rates of complex cracks.
提出用外推逼近法计算复合型裂纹的应变能量释放率的新方法,闭合能计算时,采用逐点闭合的方法。
6) general extrapolation
周期外推法
补充资料:Tafel线外推法
分子式:
分子量:
CAS号:
性质:见极化曲线法。
分子量:
CAS号:
性质:见极化曲线法。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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