Interface failure modes explain non-monotonic size-dependent mechanical properties in bioinspired nanolaminatesBioinspired discontinuous nanolaminate design becomes an efficient way to mitigate the strength-duc
In mechanical engineering there are terms that are used to describe mechanical properties of materials such as stiffness and strength. Though at first glance these terms seem similar and are related, there are some differences between them. Such terms in mechanical engineering are used to describe ...
Biological materials, i.e. nacre and bone are such good examples to achieve excellent mechanical performance by controlling interface failure via delicate hybrid discontinuous laminate design, a so called brick-and-mortar microstructure20,21 which is the incorporation of inorganic platelets with optimal ...
Understand the meaning of ductility as a mechanical property and the differences between ductility, malleability, and brittleness. See examples of ductile materials. Related to this Question Is malleability an intensive or extensive property? Explain. ...
More importantly, CO2 emitted upon reaction of the carbonate would confound attribution of CO2 emissions to SOC. Thus, the use of CO32--free liming materials is needed in order to discriminate soil-derived C respired (Biasi et al., 2008), as illustrated by several experiments that seek to ...
"The combination of the two materials in a hierarchical manner provides bone with mechanical properties that are superior to those of its individual components alone and we find that there are 12 levels of hierarchy in bone," said Kroger. ...
There are other heat, flame, and fire-resistant materials apart from Nomex. Some of the more notable synthetic alternatives include:Teijinconex®, another meta-aramid, made by Teijin Twaron®, a para-aramid, also made by Teijin but originally developed by Akzo Kermel®, a poly (aramid-...
来源:Materials, 2018, 11(11): 2327.DOI:10.3390/ma11112327distortion stress laser melting deposition additive manufacturing摘要 Distortion is a common but unrevealed problem in metal additive manufacturing, due to the rapid melting in metallurgy and the intricate thermal-mechanical processes involved. We...
For the past 15 years, a class of materials known as topological insulators has dominated the search for the materials of the future. These crystals have an uncommon property: Their interiors are insulators — where electrons cannot flow — but their surfaces are perfect conductors, where electrons...
An undergraduate text covering the chemical and materials-science aspects of glass. Covers the various different types of glass and their mechanical, optical, and other properties. Glass: Mechanics and Technology by Eric Le Bourhis. Wiley-VCH, 2014. Covers the history, structure, properties, and ...