Combining crystal plasticity and electron microscopy to elucidate texture dependent micro-mechanisms of tensile deformation in lath martensitic steel.pdf
Combining crystal plasticity and electron microscopy to elucidate texture dependent micro-mechanisms of tensile deformation in lath martensitic steel
节选段落一：
Combining crystal plasticity and electron microscopy to elucidate
texture dependent micro-mechanisms of tensile deformation in
lath martensitic steel
Arya Chatterjee a,b,*, Md. Basiruddin Sk a,c, A. Ghosh a,d, R. Mitra a, D.节选段落二：
Crystal plasticity modelling of tensile deformation
In order to study the micro-mechanisms deformation associated with uniaxial tensile loading, crystal plasticity modelling technique
has been employed using Visco-plastic self-consistent (VPSC) polycrystal model (Lebensohn and Tomé, 1993).节选段落三：
Deformation mechanisms study by electron microscopy
Microstructural observation of post-tensile tested samples using electron microscopy revealed the deformation mechanisms
operative during tensile deformation of current investigated particle containing lath martensitic steels having different initial
Combining crystal plasticity and electron microscopy to elucidate
texture dependent micro-mechanisms of tensile deformation in
lath martensitic steel
Arya Chatterjee a,b,*, Md. Basiruddin Sk a,c, A. Ghosh a,d, R. Mitra a, D.节选段落二：
Crystal plasticity modelling of tensile deformation
In order to study the micro-mechanisms deformation associated with uniaxial tensile loading, crystal plasticity modelling technique
has been employed using Visco-plastic self-consistent (VPSC) polycrystal model (Lebensohn and Tomé, 1993).节选段落三：
Deformation mechanisms study by electron microscopy
Microstructural observation of post-tensile tested samples using electron microscopy revealed the deformation mechanisms
operative during tensile deformation of current investigated particle containing lath martensitic steels having different initial
Combining crystal plasticity and electron microscopy to elucidate texture dependent micro-mechanisms of tensile deformation in lath martensitic steel.pdf的相关案例教程
电子设备热设计(Thermal Design of Electronic Equipment)-9
一、辐射换热 热设计工程师通常不关心电子元件和外壳的辐射换热。 影响辐射换热的三个因素是物体与其周围环境之间的温差、物体与其周围的表面特征以及物体对周围环境的状态。 首先，温度差是设备外壳和外部机箱之间的差值，或者外部机箱和房间墙壁之间的差值。由于辐射热传递是基于这种温差的，当组件与其周围环境之间的差值变得足够高，辐射散热就变得足够重要了，此时设备很可能已经超过了其最高结温。但在室温下，辐射换热还
Ansys首发学生版免费Electronics Desktop产品，为工程师奠定未来竞争优势
Ansys Electronics Desktop学生版的发布再次完善学生免费下载产品组合，满足电子应用领域软件产品的强劲需求 主要亮点 Ansys突破门槛，帮助更多学生提高电子仿真技能，并激发新一代创新 此次学生版免费下载将在线获取行业领先的仿真解决方案拓展至：Ansys® HFSS™、Ansys® Maxwell®、Ansys® Q3D Extractor®和Ansys® Icepak® An
Ansys首发学生版免费Electronics Desktop产品，为工程师奠定未来竞争优势
Ansys Electronics Desktop学生版的发布再次完善学生免费下载产品组合，满足电子应用领域软件产品的强劲需求 主要亮点 Ansys突破门槛，帮助更多学生提高电子仿真技能，并激发新一代创新 此次学生版免费下载将在线获取行业领先的仿真解决方案拓展至：Ansys® HFSS™、Ansys® Maxwell®、Ansys® Q3D Extractor®和Ansys® Icepak® An
Combining crystal plasticity and electron microscopy to elucidate texture dependent micro-mechanisms of tensile deformation in lath martensitic steel.pdf的评论0条
Combining crystal plasticity and electron microscopy to elucidate texture dependent micro-mechanisms of tensile deformation in lath martensitic steel.pdf的相关视频课程
项目客服
培训客服
