1) complex loading
复杂加载
1.
Application of unified hardening model under complex loading;
统一硬化模型在复杂加载条件下的应用
2.
Such a representation is suitable to describe the plastic behavior of metals under complex loadings.
Ｉｌｙｕｓｈｉｎ提出五维偏应变矢量空间中的一般弹塑性本构理论，将应力表示为变形迹内蕴几何学参数的泛函，适合于描写复杂加载下金属材料的塑性响应特性。
3.
However,under the complex loading condition,the ultimate bearing load reduces obviously.
计算结果表明,钢烟囱结构在单调加载方式下的极限承载力和安全荷载比同壁厚呈相互递增关系;复杂加载方式下的钢烟囱结构极限承载力比单调加载条件下的结构极限承载力显著减小,这说明在分析钢烟囱结构极限承载力时应该考虑实际加载方式的影响。
2) complex loading path
复杂加载路径
1.
The thesis deals mainly with two kinds of special complex loading path experiments about concrete.
本文针对混凝土材料进行了两种特殊的复杂加载路径的试验,一种是常规的真三轴单调比例加载和真三轴循环比例加载,其特殊性在于循环比例加载,在整个循环过程中无论是加载还是反向再加载均是按照比例进行的。
2.
The thesis deals mainly with two kinds of special complex loading paths experiments about concrete.
本文针对混凝土材料进行了两种特殊的复杂加载路径的试验，一种是常规的真三轴单调比例加载以及真三轴循环比例加载，其特殊性在于循环比例加载，在整个循环过程中无论是加载还是反向再加载均是按照比例进行的。
3) loaded with complex structure dielectric
复杂结构介质加载
1.
In this paper, the TE_(011) mode\'s resonant characteristics of cavities loaded with complex structure dielectric are analyzed approximately by using the mode match method.
本文首先采用模式匹配法近似地分析了复杂结构介质加载谐振腔TE_(011)模的谐振特性。
4) Complex loads
复杂载荷
1.
A accurate method is proposed for calculating the displacement of skyscraping struc- tures under complex loads,including erect force,lateral force,lateral pressure and top moment.
高耸结构,如电视塔、烟囱、塔式起重机等,柔性较大,由于这种结构同时受侧向力和竖直压力联合作用,分析中必须考虑其 p-△效应,给出了这种结构在同时受竖直压力、侧向集中力、侧向均布力和顶部力矩等复杂载荷作用时,结构变形的精确解析计算公式。
2.
A accurate method is proposed for calculating the displacement of skyscraping structures under complex loads, including erect force, lateral force, lateral pressure and top moment.
高耸结构,如电视塔、烟囱、塔式起重机等,柔性较大,由于这种结构同时受侧向力和竖直压力联合作用,分析中必须考虑其p-Δ效应,给出了这种结构在同时受竖直压力、侧向集中力、侧向均布力和顶部力矩等复杂载荷作用时,结构变形的精确解析计算公式。
5) complex load
复杂荷载
1.
0 of the continuous rigid-framed bridge under the complex load, optimizes the structure, and sums up its stress characteristics.
计算了连续刚构桥的0号块在复杂荷载下的受力模式,对结构进行了优化,并总结了其受力特征。
6) complex platform
复杂载体
1.
Analysis of radiation behavior of wire antennas mounted on complex platforms by hybrid PO-MoM method in conjunction with near-field preconditioning technique;
PO-MoM结合近场预条件技术分析复杂载体上线天线辐射特性
2.
An efficient near-field preconditioning technique for radiation solution of wire antennas on complex platforms;
求解复杂载体天线辐射问题的近场预条件技术
3.
A novel sparse recursive Cholesky factorization preconditioning technique is proposed for accelerating analyses of radiation problems of wire antennas mounted on large complex platforms with a hybrid method of physical optics and moments(PO-MoM).
提出了一种新的稀疏化递归Cholesky分解预条件技术,并应用于加速物理光学和矩量法(PO-MoM)混合方法分析大型复杂载体上线天线的辐射问题。
补充资料：自动加载下载的*.dmt材质方法
自动加载下载的*.dmt材质方法一
1、建立如下路径的文件夹：
E:\graphiclib\graphic-library\
然后把你下载的adv_materials文件夹（里面材质了）放到刚才建立的路径里，变成如下路径
E:\graphiclib\graphic-library\adv_materials
2、如图配制搜索路径
3、这样调用！点PHOTOLUX材质库
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