纳米压痕
材料科学
蠕动
断裂（地质）
复合材料
模数
弹性模量
机制（生物学）
拉伤
失效机理
结构工程
工程类
医学
物理
量子力学
内科学
标识
DOI：10.1111/(issn)1460-2695
摘要
Highlights The creep-fatigue (CF) fracture mechanism was studied by nanoindentation. CF lives decrease with increasing strain amplitudes while insensitive to dwell times. Hardness was enhanced for CF specimens, whereas elastic modulus was little changed. A normalized damage indicator is proposed to characterize the fracture mechanism.
科研通智能强力驱动
Strongly Powered by AbleSci AI
pcr163
不配.
pluto
HCLonely
36456657
tuanheqi
VDC
彭于彦祖
嗯哼
Endlessway
杳鸢
8R60d8
lalala
乐乐乐乐乐乐
秀丽烨霖
清脆的土豆
prigogin
寻道图强
库昊的假粉丝
竹筏过海
皖公网安备34019202002308
