1) Progressive structure of homogenization theory
渐进结构均匀化理论
2) asymptotic homogenization theory
渐近均匀化理论
1.
There are two basic theories in continuum micromechanics for obtaining the effective properties of a heterogeneous medium based on the information of the microstructures, the average-field theory and the asymptotic homogenization theory.
在连续介质微观力学中,有两类基于微结构信息确定非匀质介质有效性能的基本理论:基于物理的平均场理论和基于数学的渐近均匀化理论。
3) homogenization theory
均匀化理论
1.
Algorithm of topology optimization based on homogenization theory;
基于均匀化理论的拓扑优化算法研究
2.
Studyon themechanicpropertiesoffunctionalgradient materialbased on homogenization theory;
基于均匀化理论的功能梯度材料力学性质的研究
3.
Simulate Study of Effective Mechanics Properties for Nonwoven Carbon/Carbon Composites Based on Homogenization Theory;
基于均匀化理论非编织碳/碳复合材料力学性能数值研究
4) homogenization
[,həʊmədʒənaɪ'zeɪʃən]
均匀化理论
1.
A homogenization-based method for predicting the visco-elastic property of unidirectional fiber reinforced composite materials is presented.
建立了基于均匀化理论的单向纤维复合材料粘弹性性能预测方法。
2.
Starting from the weak form of virtual displacement equations, the homogenization method is introduced for linear elastic problems.
在线弹性范围内,根据均匀化理论,并结合有限元方法推导出适用于二维周期性结构的均匀化的有限元格式（Homo FEM）,计算出不同相对密度下的规则蜂窝结构的等效弹性模量Ee和泊松比νe。
3.
The effect of bone substance loss and change of the bone microstructure on the mechanical properties of cance llous bone is discussed based on the homogenization theory.
利用均匀化理论研究了骨量丢失和微结构改变对松质骨力学性质的影响,得到结论:(1)骨量丢失初期弹性模量下降的速度较快,大约是骨量丢失速度的2倍。
5) evolutionary structural optimization
渐进结构优化
1.
Topology optimization of tunnel support using reverse evolutionary structural optimization method;
用反向渐进结构优化方法研究洞室支护优化
2.
Recently,the ESO(evolutionary structural optimization) becomes an important method in the engi- neering optimization.
近年来,渐进结构优化已发展成工程优化的一种重要方法。
6) Evolutionary structural optimization
渐进结构优化法
1.
Evolutionary structural optimization is applied to determine the optimum shape of steel gusset plates subjected to axial forces.
渐进结构优化法被用于确定轴力作用下钢节点板的最优形状。
补充资料：渐进
逐渐前进、发展：循序～。
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