| 1. | Uniaxial tension and cyclic deformation behavior of 16mn zn laminated aseismic composites
抗震复合材料的单向拉伸与循环变形行为 |
| 2. | This result is useful to establish constitutive model for the cyclic deformation of the material
研究结果为后续循环本构模型的建立提供了实验基础。 |
| 3. | Computer simulation of self - organised dislocation structures during the cyclic deformation in a copper single crystal
计算机模拟循环形变铜单晶体的自组织位错结构 |
| 4. | Visco - plastic constitutive model for non - proportionally multiaxial cyclic deformation of ss304 stainless steel at high temperature
304不锈钢高温非比例多轴循环变形行为的粘塑性本构描述 |
| 5. | The cyclic deformation behavior for zircaloy - 4 , n18 alloy and n36 alloy at room temperature and 400 has been investigated in a single - sample test or multi - sample test
用单试样法或多试样法，研究了错合金在室温和400的循环变形。 |
| 6. | Bracing members in concentrically braced structures may be subjected to large cyclic deformations due to local buckling during a severe earthquake causing possible early fractures
摘要在罕遇地震下，框架中心支撑结构中的钢支撑常因局部屈曲位置的低周疲劳开裂而过早退出工作。 |
| 7. | It is shown from the research that the non - proportionally multi - axial strain - controlled cyclic deformation of 304 stainless steel at high temperatures has distinct dependence on temperatures and loading paths
研究表明： 304不锈钢的高温非比例多轴应变循环变形行为具有明显的温度依赖性和路径依赖性。 |
| 8. | Simulating on polycrystalline cyclic deformation indicates that hardening first appears at grain boundary then spreads to grain inside . finally , hardening is not well - distributed in the specimen when deformation is limited
循环塑性模拟对于多晶材料的bauschinger效应和晶粒间硬化过程以及硬化在试样上的非均匀分布给出了相应的描述。 |
| 9. | In order to accurately describe the strain - controlled cyclic deformation of material at high temperatures , an experimental research was carried out on the cyclic deformation of 304 stainless steel subjected to uni - axial and non - proportionally multi - axial cyclic straining at 350 and 700
摘要为了对材料的高温应变循环变形行为进行精确的本构描述，在350和700下，对304不锈钢在不同加载路径下的单轴和非比例多轴应变循环变形行为进行了实验研究。 |
| 10. | For the cyclic deformation under a given strain at room temperature , cyclic softening is usually displayed till to failure in the lower range of strain ; however , cyclic hardening is displayed in the early stage in the higher range of strain , subsequent cyclic softening in the later stage and till to failure
对于室温下恒应变幅的循环变形，在应变幅较低时表现为循环软化直至疲劳破坏;在应变幅较高时，循环变形的初期为循环硬化，随后是循环软化直至疲劳破坏。 |
