高应变率,high strain rate
1)high strain rate高应变率
1.Study on deformation and failure of TA2 under compressive load athigh strain rate;高应变率下工业纯钛TA2变形与失效研究
2.Tensile experimental technique for resin matrix fiber-reinforced composites at super-high strain rates;树脂基纤维增强复合材料超高应变率拉伸研究
3.Dynamic mechanical behavior of concrete underhigh strain rate using SHPB;高应变率下混凝土动态力学性能SHPB实验
英文短句/例句
1.The adiabatic shear bands of U-5.7Nb at high strain rate高应变率下U-5.7Nb合金的绝热剪切变形
2.Constitutive Model of Pure Zirconium under High Temperature and High Strain Rate高温高应变率下纯锆的本构模型研究
3.Influence of High Strain Rate on Mechanical Properties of AM60 Magnesium Alloy高应变率对AM60镁合金力学性能的影响
4.On constitutive models of oxygen-free high-conductivity copper at high pressure and high strain rates高导无氧铜的高压与高应变率本构模型研究
5.Plastic Deformation and Nanocrystallization of Metallic Materials at High Strain Rate金属材料的高应变率塑性变形及纳米化
6.Necking and Fracture of Oxygen-Free high Conductive Copper Bars Subjected to high Strain Rate Tension高导无氧铜杆高应变率拉伸下的颈缩与断裂
7.Experimental investigation into dynamic compressive mechanical properties of LY12 at high strain rates and high temperatures高温、高应变率LY12铝压缩动态力学性能实验
8.Dynamic mechanical properties and deformation mechanism of MB2 alloy under high temperature and high strain rates高温-高应变率下MB2合金的动态力学性能及变形机理
9.Application of EBSD in the investigation of the deformation microstructure induced during high-strain rate loading背散射电子衍射在高应变率变形结构研究中的应用
10.Preparation of Y-TZP/MgAl_2O_4 Ceramic Composite and Research on Its High-Strain-Rate Superplasticity;Y-TZP/MgAl_2O_4复相陶瓷的制备及高应变率超塑性研究
11.Research on the Dynamic Fracture Characteristics of 40Cr and 30CrMnSiNi2A Material under High Strain Rate;40Cr和30CrMnSiNi2A材料高应变率动态起裂特性的研究
12.Research on the Mechanical Behavior of NiTi Sma Over a Wide Range of Strain Rates;高应变率下Ni-Ti形状记忆合金力学行为研究
13.Surface nanocrystallization and characteristics of microstructural refinement in an Mg alloy induced by high strain rate高应变率诱导镁合金SNC及微观组织细化特性
14.Simulation of Damage Evolution of Pure Aluminum Under High Strain-rate高应变率下纯铝损伤演化过程的数值模拟
15.Deformation microstructure of AZ31B magnesium alloy under high strain rate compression高应变速率下AZ31B镁合金的压缩变形组织
16.The flow stress can be described by temperature-compensated strain rate, the so-called Zener-Hollomon parameter.3．利用7055铝合金高温塑性变形时稳态流变应力σ、应变速率(?)
17.High Output Power CW Strained Single Quantum Well Semiconductor Laser连续波工作高功率应变单量子阱半导体激光器
18.Study on High Strain Rate Compression Superplasticity of Commercial AZ31 Magnesium Alloy;工业态AZ31镁合金高应变速率压缩超塑性研究
相关短句/例句
high strain rates高应变率
1.The constitutive relation of an Mg-Al Alloy under uniaxial compression athigh strain rates is fitted and checked using the SHPB(Split Hopkinson Pressure Bar)experimental results and the numerical simulation based on the fitted constitutive law of the specimen.从实验与数值模拟的结合上,确定与考察了镁铝合金在一维应力高应变率压缩状态下的本构关系。
2.In this paper, the glass-epoxy 3-D braided composites are tested underhigh strain rates(4000 s -1,5000 s -1,6000 s -1) with SHPB(the split Hopkinson pressure bar)for dynamic response, The experimental results show that the glass-epoxy 3-D braided composites are strain rate sensitive materials.本文利用SHPB(thesplitHopkinsonpressurebar)装置对玻璃纤维/环氧三维编织复合材料在高应变率(40 0 0s-1,5 0 0 0s-1,6 0 0 0s-1)下的动态压缩性质进行测试,试验结果表明玻纤/环氧三维编织复合材料是应变率敏感材料。
3.To objectively describe the behavior of confined concrete underhigh strain rates the loading history has to be taken into account.客观描述高应变率作用下的约束混凝土的力学行为需要考虑加载历史。
3)high strain rate高应变速率
1.Superplastic deformation mechanism of rapidly solidified PM Al-Li alloy athigh strain rate;快凝PM Al-Li合金高应变速率超塑性变形机制
2.Microstructure transformation of 2519A aluminium alloy impacted athigh strain rates;高应变速率冲击下2519A铝合金组织结构的转变
3.Constitutive equation of flow for Al-Mg-Sc alloy underhigh strain rate;高应变速率下Al-Mg-Sc合金压缩变形的流变方程
4)high temperature and high strain rate高温高应变率
5)high strain rate tensile高应变率拉伸
1.s: Thehigh strain rate tensile tests of carbon filament yarn are carried out by using SHPB that from modified SHPB.利用反射式间接拉伸Hopkinson杆实验装置对碳纤维进行高应变率拉伸。
6)high shear rates高剪切应变率
延伸阅读
应变硬化率strainhardeningrate：表示应变硬化的程度，即表示塑性变形阻力（继续塑性变形所需外应力）随塑性变形量的增大而增加的现象的程度。
