Editorial:Mechanics of biological and bio-inspired materials
The field of mechanics of biological and bio-inspired materials underwent an exciting development over the past several years,which made it stand at the cutting edge of both engineering mechanics and biomechanics.As an intriguing interdisciplinary research field,it aims at elucidating the fundamental principles in nature”s design of strong,multi-functional and smart Materials by focusing on the assembly,deformation,stability and failure of the materials.These principles should have wide applications in not only material sciences and mechanical engineering but also biomedical engineering.For instance,the knowledge in Mechanical principles of biological materials is very helpful for addressing some major challenges in material sciences and engineering.They also have the potential to provide quantitative understanding about how forces and deformation affect human being”s health,diseases and treatment at tissue,cellular and molecular levels.This special subject on ”mechanics of biological and bio-inspired materials” collects a few studies on recent development by leading scientists in this field.The biological materials or systems in these studies include cell,cytoskeleton (e.g.,microtubulus,intermediate filaments),lipid molecules and composite system of lipid and nanoparticle,tissue,and biological attachment systems,etc.
biological materials、principles of、mechanical engineering、development、engineering mechanics、multi-functional、composite system、smart Materials、studies、understanding、quantitative、cutting edge、treatment、molecular、knowledge、research、subject、special、nature、forces
02
Q811(生物工程学(生物技术))
2012-05-17（万方平台首次上网日期，不代表论文的发表时间）
8-11
