1) shape regularity of Impresses
压痕形状规律
2) Indentation profile
压痕形状
3) spherical indentation
球形压痕
1.
Behavior of pile-up and sinking-in around spherical indentation and its effect on hardness determination
球形压痕的凸起凹陷行为及其对硬度测量的影响
2.
In this paper,up-to-date developments and applications over the past few years in using a spherical indentation to evaluate material properties with a small volume are briefly discussed.
简介了近几年采用球形压痕法在测试材料性能方面的最新发展和应用。
4) conical indentation
锥形压痕
1.
Dimensional analysis and finite element method(FEM) have been used in this paper to investigate the conical indentation of elastic plastic film/substrate systems.
这些结论有利于深入研究韧性薄膜/韧性基底体系的压痕过程,提供了一种从锥形压痕试验中获得薄膜和基底的力学性能的方法。
5) indentation deformation
压痕变形
6) double pit type impress
双坑状压痕
1.
It is discovered by strands dismantling checking and measure that the extrusion each other of border upon strands is grave,the grave double pit type impress appears on the contacting steel wires surface of strands.
5港口用钢丝绳失效原因进行分析,通过拆股检测,发现相邻股的相互挤压相当严重,在股相互接触的钢丝表面上出现严重的双坑状压痕。
补充资料：压痕试验
分子式：
CAS号：
性质：测定硬质材料在一定的负荷下的压痕深度(硬度)；对软质材料测定，压头压到一定深度所需的负荷(硬度)；测定泡沫材料压入一定深度所需的负荷(硬度指数)。
CAS号：
性质：测定硬质材料在一定的负荷下的压痕深度(硬度)；对软质材料测定，压头压到一定深度所需的负荷(硬度)；测定泡沫材料压入一定深度所需的负荷(硬度指数)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条