1) dynamic elast-plastic method
侧向加载方法
2) lateral loading
侧向加载
1.
Computer simulation and test methods of the behavior analysis of the whole loader class roll-over protective structure with the lateral loading were carried.
进行了计算机仿真和性能试验,运用有限元方法对不同塑性铰孔开孔方案进行了仿真分析,得出了最优塑性铰孔开孔方案;通过侧向加载性能试验对仿真结果进行了验证。
2.
Effects of the amount of residual tooth on the anti-fracture property under lateral loading in fiber post-core and full crown system
目的:评价侧向加载条件下,不同牙体剩余量对纤维桩复合树脂核全冠修复体抗折性能的影响。
3) lateral loading pattern
侧向荷载加载方式
4) loading direction
加载方向
1.
In order to describe quantitatively the fatigue characteristic of the alloy Zr4's low-cycle fatigue fracture(Zircaloy-4),based on wavelet decomposition technology,the change of fracture energy in 3D space and the effect of sample state and loading direction to fatigue life were studied.
为了定量描述锆-4合金低周疲劳断口的疲劳特性,利用小波变换,研究了断口能量在三维空间的变化特征以及试样状态和加载方向对合金疲劳寿命的影响。
5) lateral unloading and loading
侧向卸载、加载
1.
Based on a preliminary analysis,it is estimated that the soil layer at outer of the retaining structure could produce lateral unloading and loading stress paths.
分析认为,基坑支护外侧的土体有可能产生侧向卸载和加载两种应力路径,因此进行了侧向卸载、加载的应力路径试验,并根据邓肯-张模型的思路和试验结果,推导了侧向卸载、加载的切线弹性模量公式。
6) loading method
加载方法
1.
Selection of loading methods in SATWE software and analysis of calculation results
SATWE中模拟加载方法的选用及计算结果分析
2.
Compared with other tunnel lining tests,this paper emphasizes a testing loading method and the design of corresponding loading equipments of lining whole wreath in detail.
本文详细介绍了衬砌整环试验的加载方法、相应加载设备的设计,并同以往衬砌试验的加载方法进行对比,为今后相关试验提供重要的参考依据。
3.
Compared with other tunnel lining test, this paper emphasizes a testing loading method and the design of corresponding loading equipments of double-circular face shield-tunnel lining in detail.
本文详细介绍了双圆盾构衬砌试验的加载方法 ,及相应加载设备的设计 ,并同以往盾构衬砌试验的加载方法进行对比 ,为今后类似试验提供参
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