塑性应力的英文

• plastic stress

• "塑性"英文翻译    ductility; plasticity; briqu ...
• "应力"英文翻译    stress; strain; tension; cha ...
• "塑性应力面" 英文翻译 :    plastic stress surface
• "塑性应力函数" 英文翻译 :    plastic stress function
• "塑性应力集中系数" 英文翻译 :    plastic stress concentration factor
• "塑性应力应变矩阵" 英文翻译 :    plastic stress-strain matrix
• "塑性应力应变图" 英文翻译 :    plastic stress-strain diagram
• "弹塑性应变" 英文翻译 :    elastoplastic strain
• "可塑性应变" 英文翻译 :    plastic strain
• "塑性应变" 英文翻译 :    anelastic strain; plastic deformation; plastic strain
• "塑性应变比" 英文翻译 :    plastic strain ratio
• "塑性应变能" 英文翻译 :    plastic strain energy
• "塑性应变图" 英文翻译 :    plastic strain profile
• "粘塑性应变" 英文翻译 :    viscoplastic strain
• "变形性应力" 英文翻译 :    deforming stress
• "弹性应力" 英文翻译 :    elastic stress; elastic tension; elaxtic stress
• "弹性应力场" 英文翻译 :    elastic stress fields
• "非弹性应力" 英文翻译 :    inelastic stress
• "非线性应力" 英文翻译 :    nonlinear stress
• "蛤同性应力" 英文翻译 :    isotropic stre
• "光弹性应力" 英文翻译 :    photo-elastic stress-strain analysis method; photoelastic stress; photoelasticstress
• "机能性应力" 英文翻译 :    functional stress
• "间断性应力" 英文翻译 :    discontinuity stress
• "流动性应力" 英文翻译 :    stress of fluidity
• "热弹性应力" 英文翻译 :    thermoelastic stress

• Plastic stress function
  塑性应力函数
• Plastic stress surface
  塑性应力面
• Second , a few methods presented by some scholars were used to calculate the elasto - plastic strains and stresses at the notch tip subjected to proportional loading . at the same time , a new method is proposed to calculate the stresses and strain for the same specimen
  第二，针对多轴比例加载的情况，对缺口件采用了多种已有的方法进行了弹塑性应力应变的计算，并提出了一个新的计算公式。
• In this paper , stress and strain are analyzed in elastic - plastic bending process of plate , and a viewpoint is put forward in with plastic stress and strain neutral layer displace toward inside , and coincide with elastic stress and strain neutral layer when big curvature elastic - plastic bending process is come into being of plate on the basis of the theory of plane curving pole in the material mechanics
  摘要通过对板料弹塑性弯曲应力应变分析，利用材料力学中的平面曲杆理论，提出了板料大曲率弹塑性弯曲塑性应力应变中性层和弹性应力应变中性层均向内移动并重合的观点。
• With the focus on the structure and components character of plate metal / ceramics graded coating , this paper extends and improves the thermal elastoplastic analysis model of trilayered materials derived by suresh et al and builds the theoretical model of thermal elastoplastic stresses analysis of plate metal / ceramics graded coating , and this paper also analyzes the thermal elastoplastic stresses and deformation of metal / ceramics graded coating
  本文针对平板状金属陶瓷梯度涂层的结构和组成特征，推广和完善了suresh等人的三叠层材料的热弹塑性分析模型，建立了平板状金属陶瓷梯度涂层热弹塑性应力分析的理论模型，对金属陶瓷梯度涂层的热弹塑性应力和热弹塑性变形进行了分析。
• In this paper , systematic numerical test have been carried out to study the stability of surrounding rock mass with different distribution of weak interbed , different distance between weak interbed and limit of excavation , different thickness of weak interbed , in the different confining coefficient and representational surrounding rock mass graded ii , iii , iv . all of the numerical modeling is plain - strain type with elastic - plastic constitutive law and mohor - coulomb failure criterion , through the integrated numerical analysis program final . plentiful numerical test results have been drawn via analyse the deformation , tensile stress region , plastic region of surrounding rock and the stress status of shot - crete
  大量的工程实践表明，软弱夹层对地下洞室围岩稳定性的影响有着决定性的作用，本文以大型数值仿真分析系统final为平台，采用弹塑性应力应变关系和m - c屈服准则建立平面应变问题有限元模型，对软弱夹层的分布部位、分布距离、软弱夹层的厚度对围岩稳定性的影响以及在具有不同侧压力系数的地应力场中和、 、类代表性围岩中软弱夹层对围岩稳定性的影响进行了系统的数值试验，研究得出了软弱夹层对围岩位移、拉应力区、塑性区以及喷射混凝土层内力等影响丰富的量化成果，以便直接为工程设计人员提供参考。
• It will improve analysis efficiency and experimental precision greatly if putting the photoelastic images gotten from experiment into computer , obtaining the isochromatic and isoclinic data automatically and writing it into database directly . but because of the limitation of time and the difficulty of drawing pure isoclinics from images , the paper has only shown the achievements presently and simulated a disk under diametral compression as foundation on further research
  把实验中拍摄到的光弹性图像输入到计算机中，利用自动处理系统获得等色线和等倾线等原始数据并将其直接输入数据库中，再依据本文提供的原理和方法求解结构的弹塑性应力值，可以大大的提高分析效率和实验精度。
• By taking it into no consideration the repugnant forces for safety support conditions and regarding elastic - plastic stress radius as being variable , the interaction between the elastic - plastic stress of no . 1 qinling tunnel and the stress radius is deduced through an analytical method , providing some reference for tunnel construction and safety support
  在不考虑支护反力的条件下，将弹塑性应力半径作为变量，分析秦岭号隧道弹塑性区应力随半径的变化规律，为隧道的施工及支护提供参考。
• So this question must be solved at first . a variety of factors which influence cte mismatch induced thermal stresses such as fiber array , temperature dependent material properties , composites fabrication temperature and pressure has been discussed . on the other hand , the temperature gradient induced thermal stresses is also analysed and factors such as heat treatment conditions , composites fabrication temperature and pressure to influence the stresses are investigated
  本文首先利用ansys模拟基体材料分别处于理想弹性应力状态和理想弹塑性应力状态时，各种因素诸如纤维排布模式、模量等性能参数是否随温度变化以及复合材料制备温度和压力对热膨胀系数不匹配诱导热应力的影响；另外，我们也对温度梯度诱导热应力进行了一定的研究，分析了各种热处理工艺以及材料制备温度、压力对它的影响。
• To ensure the safety of the dam and provide the technology for the decision during the process of construction and store water . in this article , the elastic - plastic stress - deformation of dam is calculated and the consolidation is analyzed . including the rock - fill dam , the stress and deformation distribution of cut - off wall , the deformation of sloping core , the incresment and subduction of pore water pressure and the effective stress situation calculation
  为确保大坝安全，并为大坝施工期和蓄水期运行决策提供必要的技术支持，本论文根据上坝土料的应力一应变一强度特性、渗透和固结等特性，对坝体进行了弹塑性应力变形计算和固结分析，包括大坝堆石体、防渗墙的应力及变形分布和斜心墙的变形、孔隙水压力增长及消散和有效应力状态计算等。

• 塑性应力的日语：そせいおうりょく