Development of the dynamic molding process of powder particles at room temperature and creation of a functional material with solid lubricity

我们研究了在同时作用压缩力和横向力的情况下，金属粉末或碳与金属的复合材料粉末凝固成薄片（薄膜）的现象。因此，我们从微观结构和力学分析中阐明了两种不同力同时反应下的成型与滑动过程的相似性。因此，我们展示了通过动态成型工艺和新型材料创造形成详细晶粒的可能性。

We studied the phenomenon which solidifies a metal powder or the composite material powder of carbon and metal in the shape of a thin piece (film) with working compressive and lateral force simultaneously. As a result, we have clarified both similarity between the molding under the simultaneous reaction of two different forces and the sliding process from microstructural and mechanical analysis. Accordingly, we showed the possibility of the formation of detailed crystal grain by a dynamic molding process and novel material creation.