摘要
微纳米尺度下材料的力学性能与样品的尺寸和表界面等物理量密切相关,因此纳米材料的力学性能可以在很大范围内进行高效的调节,使得纳米材料能够拥有超轻、超硬、以及高断裂强度和高韧性等卓越的力学性能。从尺度缺陷效应和生长机理、屈曲机理分析和应用、界面力学性能和应用、生物和软物质力学性能、软体机器人、机器学习等方面盘点了微纳米力学2019年取得的研究成果。
Mechanical properties for nanomaterial are sensitive to the dimension,surface,and other physical properties of the nanomaterial,so they can be effectively tuned in varying degrees.As a result,nanomaterials have plenty of novel properties like super-hardness,ultra-light,extreme fracture strength,etc.These fantastic nanomechanics phenomena have attracted a worldwide research interest in the past few decades.The article concisely reviews some key progresses in the nanomechanics field in 2019.
作者
江进武
张田忠
JIANG Jin-Wu;CHANG Tienchong(Shanghai Key Laboratory of Mechanics in Energy Engineering,Shanghai Institute of Applied Mathematics and Mechanics,School of Mechanics and Engineering Science,Shanghai University,Shanghai 200444,China)
出处
《科技导报》
CAS
CSCD
北大核心
2020年第1期6-18,共13页
Science & Technology Review
关键词
纳米材料
尺度效应
多场耦合
缺陷
屈曲
界面
软物质
软体机器人
深度学习
nano materials
size effect
multifield coupling
defect
buckling
interface
soft mater
soft robotics
deep learning