computational analysis meaning in Chinese
计算分析
Examples
- Stress and deformation of computational analysis is usually not in conformity with actually observed data due to this reason in fem analysis of earth dam and crfd such as the extensively applied duncan - chang hyperbolic model , and many other models also equally have similar problem
如应用广泛的duncan ?张模型在土坝、面板坝有限元应力变形计算分析中就存在与实际观测值不一致、不合理的结果，许多模型也同样存在类似的问题。 - By means of area method and stress field intensity approach and computational analysis of finite element , the fatigue strength of misaligned welded joint , " t " type of plate welded joint and cruciform joint are estimated . estimations are consistent with fatigue testes
利用面积法和应力场强法，通过有限元计算分析，预测了错位板接头、 t型板接头和十字型板接头在对称循环和非对称循环时的疲劳强度，并与疲劳试验进行了比较，理论预测与试验基本一致。 - Many computational analysis of soil constitutive models appear to be irrational because of taking no account of or not thoughtfully considering the anisotropic deformation when they face the direct or indirect simulation of principal stress and principal strain relationship of load bearing unit
诸多土体本构模型都会直接或间接面临对受荷单元主应力主应变关系的模拟，但由于不考虑或考虑各向异性变形特性不周，对各向异性变形问题的计算分析就会出现不合理。 - The thesis begins with computational analysis to the aerated concrete wall thermal performance . the aerated concrete is proved to have good performance in heat - insulate and heat - conserve as single wall . the index of dew - condensing is within allowing range , thermal performance totally can meet energy - conserving standard requirement in hot summer and cold winter zone
本文首先对加气混凝土墙体热工性能进行计算分析,论证其作为单一墙体,夏季隔热、冬季保温性能都很优良,墙体结露指标也在允许范围之内,热工性能完全可满足夏热冬冷地区节能标准要求。 - In modern aircraft design , there is an urgent requirement for accurate , efficient and easy - use aerodynamic data and computational analysis tools . however , the euler codes are not satisfied all the demand for simulating the complex flow - fields . more powerful tools solving navier - stokes ( n - s ) equations are longed for viscous effect , more accurate and more detail information of flow - fields
现代飞机设计迫切需要计算流体力学为其提供准确、高效和实用的气动数据以及流场分析工具，已经不再满足于仅采用euler方程进行数值模拟，它要求数值求解navier - stokes ( n - s )方程组以模拟粘性效应，提供更加准确而详实的流场信息。