1) sensitivity analysis
敏感响应分析
2) response sensibility
响应敏感性
3) Approximate response and sensitivity analysis
近似响应及敏度重分析
4) sensitivity analysis
敏感分析
1.
Based on the sensitivity analysis of temperature control for typical pour blocks of a concrete dam,and the all process simulation of visco elastic 3 DFEM,the relationship between the maximum tensile stress of concrete blocks in a constraint region and the factors of temperature control (temperature of construction,time interval,start date and height of every layer)was obtained.
采用全过程仿真粘弹性空间有限单元法 ,对混凝土坝典型浇筑块进行了温控敏感分析 ,得出温控因素 (浇筑温度、间歇天数、开浇日期、浇筑层厚度 )对浇筑块强约束区最大拉应力的影响 。
2.
By using emulation visco-elasticity three-dimension finite element method,the sensitivity analysis of nine temperature control factors have been made in this paper and obtained that the top-temperature,the highest foundation temperature difference and the largest tension stress in the strongly constrained region of the concrete block were influenced by the change of temperature control factors.
采用全过程仿真粘弹性空间有限单元法,对9种温控因素进行了敏感分析,得出温控因素变化对浇筑块强约束区中心最高温度、最大基础温差和最大拉应力的影响。
5) sensitive analysis
敏感分析
1.
The customer lifelong value model based on the sensitive analysis originates to the traditional model with a good operationality.
基于敏感分析的客户终身价值模型是对传统经典模型的一个改进,具有很好的操作性。
6) response analysis
响应分析
1.
Random vibration response analysis of hypersonic flight vehicle ramjet combustor chamber structure;
高超声速飞行器冲压燃烧室随机振动响应分析
2.
A stochastic finite-element-based algorithm for the probabilistic response analysis of geometrically nonlinear structures is proposed in this paper by combining the advantages of the response surface method,finite element method and Monte Carlo simulation.
将响应面法、有限元法和蒙特卡罗法各自的优点相结合,提出一种新的结构概率响应分析方法———集成化响应面法。
3.
The dynamics analysis, the dynamic stress response analysis and fatigue damage analysis of the frame under several speed classes are made.
以装用无摇枕结构转向架的车辆为例,建立了将车体和构架分别考虑成弹性体或者刚性体的4种动力学分析模型,进行了多个速度级下的动力学分析、构架的动应力响应分析和疲劳损伤分析,给出了对比分析结果,并根据分析结果对车辆动力学建模问题提出了建议。
补充资料：超敏感性疾病
超敏感性疾病
即变应性疾病，指由于超敏感性机制所引起的疾患，如过敏症、血清病、变态反应性皮肤病、某些自身免疫性疾病等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条