Metal foils are extensively used for manufacturing microparts with a high depth-to-thickness
ratio by microforming processes. Since there are few grains participating in the deformation …

In microforming process, the metal foil is often deformed under complex stress states and
meanwhile affected by the scale effect. To explore the size effect on the yield behavior of …

The objective of this paper is to contribute to a better understanding of the deformation
mechanisms of a rolled polycrystalline cobalt sheet. In order to achieve this goal, a particular …

The assessment of mechanical properties of metal foil under complicated stress states
poses a considerable challenge, requiring the development of new testing methods and the …

The ultrathin miniaturized metal foil has high sensitivity to strain rate due to the size effect
during microforming processes. The correlations between the strain rate, size effect and …

针对目前微细成形中材料屈服, 强化行为实验研究的不足, 提出通过建立多轴同步控制的微尺度
双向加载实验系统, 实现超薄板在复杂加载路径下的性能表征测试. 双向加载实验系统基于四轴 …

Image measurement technology has been widely used in monitoring the deformation of the
soil field around the pile with its advantages of no damage, no contact, full-field …

Le cobalt polycristallin est un métal de structure hexagonale compacte (HC) qui présente un
rapport c/a proche de celui d'une structure compacte idéale et une énergie de faute …

Le comportement mécanique de pièces miniaturisées est analysé au travers d'une étude de
la loi de Hall-Petch pour différents matériaux dans des conditions de températures …

Thermal and mechanical effects on the phase transformation of polycrystalline two-phase
HCP/FCC cobalt have been studied in a coupled and decoupled way. This experimental …