弹性作用,role of elasticity
1)role of elasticity弹性作用
2)elastic interaction弹性交互作用
1.Level set approach based onelastic interaction and nonlinear diffusion;基于弹性交互作用和非线性扩散的水平集方法
2.Based on theelastic interaction energy between straight dislocations in the isotropicsolid, the formulae described gliding and climbing forces produced by theelastic interaction between twoparallel straight edge dislocations with any angle between Burgers vectors have been obtained.从各向同性连续介质中直线位错之间的弹性交互作用能出发，推导出具有任意Ｂｕｒｇｅｒｓ矢量夹角的两平行直刃型位错之间弹性交互作用的滑移力和攀移力表达式指出两平行直刃型位错的弹性交互作用存在三个滑移平衡位置：ｕ１＝１；ｕ２＝－１，ｕ３＝ｔｇ，并确定了三个滑移平衡位置成为滑移稳定平衡位置的条件还得到滑移、攀移共同运动情况下两平行直刃型位错在弹性交互作用下的稳态构型分别讨论了紧束缚、弱束缚情况下位错滑移的稳定
3)elastic interaction energy弹性交互作用能
1.The calculation results ofelastic interaction energy between the two variants, which the habit planes parallel to (111) and (111) plane respectively, and the edge dislocation wall ill.通过对［１１０］束向下所出现的惯析面平行于（１１１）和（１１１）晶面的两种变体与刃型位错墙的弹性交互作用能的计算，得到了在亚晶界上所析出的变体具有较低的弹性交互作用能的结论，因而该变体在亚晶界上析出时具有较小的形核功。
4)magnetoelastic coupling interactions磁弹性耦合作用
1.Dynamic instability ofmagnetoelastic coupling interactions of cantilever conductive thin plates;悬臂导电薄板磁弹性耦合作用下的动力失稳
英文短句/例句
1.Nonlinear dynamic response for cantilever conductive thin plate due to magnetoelastic interaction磁弹性耦合作用下悬臂导电薄板的非线性动态响应分析
2.The Application of Galerkin Meshless Methods in Magnetoelastic Coupling of Ferromagnetic Plates;无网格伽辽金法在铁磁板磁弹性耦合问题中的应用
3.Coupled Magneto-elastic Model of a Giant Magnetostrictive Transducer for Non-circular Cutting用于非圆切削的超磁致伸缩换能器耦合磁弹性模型
4.ANALYSIS OF CHAOTIC MOTION OF A THIN ELASTIC CYLINDRICAL SHELL UNDER THE COUPLING FIELD弹性圆柱薄壳在耦合场作用下的混沌运动分析
5.Nonlinear Coupled Magneto-elastic Theory in Ferromagnetic Materials and the Application in Giant Magnetostrictive Smart Materials;铁磁材料非线性磁弹性耦合理论及其在超磁致伸缩智能材料中的应用
6.Magnetic Exchange Coupling of SmCo Thin FilmsSmCo磁记录薄膜中磁耦合作用的研究
7.Influences of interlayer exchange coupling on magnetic damping parameter of the trilayer ferromagnetic films层间交换耦合作用对金属磁性三层膜磁损耗参量的影响
8.Identification for effective module of MICE coupling magnetMICE超导耦合磁体线圈等效弹性模量辨识
9.Elastic Effect Analysis of the Current-carring Plate and Shell in Electromagnetic Thermal and Mechnincal Field载流板壳电磁、热、机械场耦合的弹性效应分析
10.Stability and Coupling Characteristics of Elastic Vehicle Acting with Unsteady Aerodynamic Forces非定常气动力作用下弹性飞行器的稳定性及耦合特性
11.The complex potential expression of an infinite piezoelectric/piezomagnetic materials containing the interfacial cracking problems of an elliptic inclusions压电压磁复合材料椭圆夹杂界面开裂的电磁弹性耦合解
12.A Study on the Hme-Coupled Constitutives and Fractures with Engineering Applications;含湿热的耦合粘弹性本构、断裂及应用
13.Research on Viscous Liquid Sloshing and Its Interaction with Flexible Structure Based on Level-set Method;基于Level-set法的液体晃荡与弹性结构耦合作用研究
14.Dynamic Characteristics of Electro-Magneto-Mechanical Coupling for Magnetostrictive Actuators磁致伸缩作动器的电-磁-机耦合动力特性
15.Simulation of the Coupled Poroelastic and Electromagnetic Wavefields in Seismoelectric Logging孔隙介质弹性波—电磁场耦合效应测井的波场模拟研究
16.A TWO-DIMENSIONAL GENERALIZED ELECTROMAGNETO-THERMOELASTIC COUPLED PROBLEM FOR A ROTATING HALF-SPACE旋转半无限大体广义电磁热弹性耦合的二维问题
17.Study on Dynamic Characteristics of Heavy Duty Marine Gearbox with Thermo-elastic Coupling基于热弹耦合大功率船用齿轮箱动态特性研究
18.Coupling of elastoplastic finite elements to elastic boundary clemens, (3).(2) 弹塑性有限元与弹性边界元的耦合;
相关短句/例句
elastic interaction弹性交互作用
1.Level set approach based onelastic interaction and nonlinear diffusion;基于弹性交互作用和非线性扩散的水平集方法
2.Based on theelastic interaction energy between straight dislocations in the isotropicsolid, the formulae described gliding and climbing forces produced by theelastic interaction between twoparallel straight edge dislocations with any angle between Burgers vectors have been obtained.从各向同性连续介质中直线位错之间的弹性交互作用能出发，推导出具有任意Ｂｕｒｇｅｒｓ矢量夹角的两平行直刃型位错之间弹性交互作用的滑移力和攀移力表达式指出两平行直刃型位错的弹性交互作用存在三个滑移平衡位置：ｕ１＝１；ｕ２＝－１，ｕ３＝ｔｇ，并确定了三个滑移平衡位置成为滑移稳定平衡位置的条件还得到滑移、攀移共同运动情况下两平行直刃型位错在弹性交互作用下的稳态构型分别讨论了紧束缚、弱束缚情况下位错滑移的稳定
3)elastic interaction energy弹性交互作用能
1.The calculation results ofelastic interaction energy between the two variants, which the habit planes parallel to (111) and (111) plane respectively, and the edge dislocation wall ill.通过对［１１０］束向下所出现的惯析面平行于（１１１）和（１１１）晶面的两种变体与刃型位错墙的弹性交互作用能的计算，得到了在亚晶界上所析出的变体具有较低的弹性交互作用能的结论，因而该变体在亚晶界上析出时具有较小的形核功。
4)magnetoelastic coupling interactions磁弹性耦合作用
1.Dynamic instability ofmagnetoelastic coupling interactions of cantilever conductive thin plates;悬臂导电薄板磁弹性耦合作用下的动力失稳
5)magnetoelastic interaction磁弹性相互作用
1.By means of curved beam theory and the Biot Savart law, the mechanical characteristics such as bending and buckling ofmagnetoelastic interaction for non circular D shaped coils of superconducting magnets in Tokamak device is studied.基于曲梁理论和Ｂｉｏｔ－Ｓａｖａｒｔ定律描述超导载流线圈全部形变的理论模型，采用边值问题的齐次微分方程封闭形式解析通解和非齐次微分方程数值特解相叠加的半解析半数值方法，对非圆Ｄ型Ｔｏｋａｍａｋ载流线圈弯曲，失稳的磁弹性相互作用进行了研究；并且就线圈初始扰动位移对失稳临界电流的影响也进行了定量分析。
6)elastic compaction弹性挤压作用
延伸阅读
弹性分子式：CAS号：性质：除去导致变形的负荷以后，材料迅速回复其原来尺寸和形状的能力。当变形与所加负荷成正比时，该材料被认为是虎克弹性体或理想弹性体。应力和应变不满足线性关系，但仍保持单值关系称非线弹性。加载后经过一定时间后应力和应变才满足线性关系称滞弹性。
