Geometry Affected Delamination of Polymer/Metal Metamaterials
conference paper
At present several material combinations are fabricated to cover the demands of ubiquitous applications. In the case of meta materials, properties are greatly affected not only by composition and shape, but also by interfacial strength and directionality of the patterned substructure. In this work a bottom-up approach is chosen to characterize interface strength,
where interfacial interaction is calculated using atomistic models and is translated into a Traction Separation Law (TSL) for interfaces between continua. Subsequently, this is used to study the influence of interfaces on the effective mechanical response of a variety of metamaterials containing copper/epoxy interfaces. This electronic document is a "live" template and already defines the components of your paper Ititle, text, heads, etc.1 in its style sheet.
where interfacial interaction is calculated using atomistic models and is translated into a Traction Separation Law (TSL) for interfaces between continua. Subsequently, this is used to study the influence of interfaces on the effective mechanical response of a variety of metamaterials containing copper/epoxy interfaces. This electronic document is a "live" template and already defines the components of your paper Ititle, text, heads, etc.1 in its style sheet.
TNO Identifier
521513
Source title
2014 IEEE 9th Nanotechnology Materials and Devices Conference (NMDC), October 12-15, 2014, Aci Castello, Sicily, ITALY
Pages
132-135
Files
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