非对称循环荷载,unsymmetrical cyclic loadings
1)unsymmetrical cyclic loadings非对称循环荷载
1.Thus soil dynamic constitutive model having exponential form is gained,which is suitable forunsymmetrical cyclic loadings.在此基础上构造出适用于非对称循环荷载的指数形式土体动力本构模型(UE模型)。
2)Asymmetrical cyclic loading非对称循环载荷
1.Low cycle fatigue experiments of single crystal superalloy DD3 in the[001],[011]and[111] orientations under asymmetrical cyclic loading at 680℃were performed.进行DD3单晶合金在680℃温度下[001]、[011]和[111]三种取向的非对称循环载荷低周疲劳试验研究。
2.Low cycle fatigue experiments of DD3 single crystal superalloys along ,and orientations under asymmetrical cyclic loading at 680℃ showed that crystal orientation affected low cycle fatigue life of DD3 single crystal superalloy significantly,life along orientation was the longest,life along orientation was the shortest.在680℃温度下进行[001]、[011]和[111]三种取向的DD3单晶合金光滑试样非对称循环载荷低周疲劳试验,结果表明,晶体取向对DD3单晶合金的应变疲劳寿命有显著的影响,[001]取向寿命最长,[111]取向寿命最短。
3)dalanced cyclic load对称循环荷载
4)cyclic load under symmetric tension-compression拉压对称循环载荷
5)asymmetrical load非对称载荷
英文短句/例句
1.Symmetric Decomposition Method of the Unsymmetrical Load on Symmetrical Structure对称结构中非对称载荷的对称分解方法
2.These materials can not be pretensioned to avoid the slack condition resulting from asymmetrical loadings.这些材料不能预加应力以免除由于非对称载荷所产生的松弛。
3.Reverse Construction Technology of Deep and Circular Well Under Asymmetry Load非对称荷载下深圆井逆作法施工技术
4.Analytical solutions of mode Ⅲ asymmetrical interface crack under variable loads非对称Ⅲ型界面裂纹受变载荷作用下的解析解
5.Inner Force Calculation of Large Diameter Bunker under Unaxisymmetric Load非对称荷载作用下大直径浅圆仓的内力计算
6.Nonlinear Bending of Shallow Spherical Sandwich Shells Subjected to Axisymmetric Line Load轴对称线荷载作用下夹层扁球壳的非线性弯曲
7.Estimation of Ultimate Resistant Capacity of Non-Symmetric Planar Steel Frame Structures under Horizontal Load平面非对称钢框架结构在水平荷载下的极限承载力估计
8.A FINITE ELEMENT METHOD FOR CALCULATING STRESS AND DISPLACEMENT OF BELLOW UNDER THE ACTION OF ASYMMETRIC LOAD/用有限元法分析非轴对称载荷作用下波纹管的应力与位移
9.The Mechnics Analysis of Composite Material Beam with Non-Symmetry Paved Sma-Layer Subjected to Thermal Load非对称铺设SMA层的复合材料梁在热载荷作用下的力学行为
10.Analytical Solution of Mode Ⅲ Asymmetrical Interface Crack under Action of Moving Variable LoadsⅢ型非对称界面裂纹受运动变载荷作用下的解析解
11.Deformation analysis of composite beam with asymmetrically paved SMA-layer subjected to thermal load非对称铺设SMA层的复合材料梁在热荷载作用下的变形分析
12.Rear sections of asymmetrical modeⅠdynamic crack tips subjected to homogeneous loads非对称Ⅰ型动态裂纹尖端后部区受均布载荷作用
13.Application of no shear force distribution means in antisymmetric loading of symmetrical structure无剪力分配法在对称结构反对称荷载中的应用
14.On Nonlinear Bucking of Symmetrically Laminated, Cylindrically Orthotropic, Truncated Shallow, Conical Shells under Uniform Pressure Including Transverse Shear;考虑横向剪切的对称层合圆柱正交异性截顶扁锥壳在均布载荷作用下的非线性屈曲
15.Calculation of Cable Dome Structure under Axisymmetrical Loading拉索穹顶结构在轴对称荷载作用下的计算
16.The Stress Analysis of Rotation Body with Uncontinous,Symmetrical Distribution Load;有不连续、对称分布载荷的旋转体的应力分析
17.Vertical Skew-Symmetry Dynamic Load Identification of the CRH2-300 Motor Vehicle BogieCRH2-300型动车转向架构架垂向斜对称载荷识别
18.We note that the structure is symmetrical and that sways represent antisymmetrical loading.注意结构是对称的，而节点线位移表示反对称荷载。
相关短句/例句
Asymmetrical cyclic loading非对称循环载荷
1.Low cycle fatigue experiments of single crystal superalloy DD3 in the[001],[011]and[111] orientations under asymmetrical cyclic loading at 680℃were performed.进行DD3单晶合金在680℃温度下[001]、[011]和[111]三种取向的非对称循环载荷低周疲劳试验研究。
2.Low cycle fatigue experiments of DD3 single crystal superalloys along ,and orientations under asymmetrical cyclic loading at 680℃ showed that crystal orientation affected low cycle fatigue life of DD3 single crystal superalloy significantly,life along orientation was the longest,life along orientation was the shortest.在680℃温度下进行[001]、[011]和[111]三种取向的DD3单晶合金光滑试样非对称循环载荷低周疲劳试验,结果表明,晶体取向对DD3单晶合金的应变疲劳寿命有显著的影响,[001]取向寿命最长,[111]取向寿命最短。
3)dalanced cyclic load对称循环荷载
4)cyclic load under symmetric tension-compression拉压对称循环载荷
5)asymmetrical load非对称载荷
6)asymmetrical load非对称荷载
1.Monitor and optimization of open excavation construction foundation pit in the tunnel ofasymmetrical load;非对称荷载下隧道基坑的明挖法施工监测与优化
延伸阅读
非对称分子式：CAS号：性质：假设分子中有一条直线，当分子以此线为轴旋转360。/n(n=2，3，4，…)能与未经旋转的分子完全重合，那么此直线便为该分子的n重对称轴，即该分子具有Cn旋转轴的对称因素。若这类分子中再无其他对称因素，则该化合物为非对称的(dissymmetric)，非对称化合物的分子是手性的，该化合物具有旋光性，可以存在对映体。
