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Bonds between distinct solids rarely present sharp discontinuities in mechanical properties. Particularly in the case of the bonds between polymers with metals, ceramics, and semiconductors, interphase regions are formed whose mechanical behavior differs from that of the bulk polymer. This paper examines the potential of detecting interphases associated with thin polymer layers under axial and shear loading. We demonstrate that a recent asymptotic analysis co-developed by one of our honorees can be extended and holds in the presence of interphases. As a result, we are able to establish the conditions under which interphases may be detected when thin layers are loaded in tension and shear. Further, our analysis suggests that interphases may significantly reduce the high degree of triaxiality that has long been associated with thin, nearly incompressible layers.more » « less
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Rodin, Gregory J. (, International Journal of Fracture)null (Ed.)
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Wang, Liu; Ha, Kyoungho; Rodin, Gregory; Liechti, Kenneth; Lu, Nanshu (, Frontiers in mechanical engineering)null (Ed.)
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Taus, Matthias; Rodin, Gregory J.; Hughes, Thomas J.R.; Scott, Michael A. (, Computer Methods in Applied Mechanics and Engineering)null (Ed.)
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Qiao, Shutao; Wang, Liu; Jeong, Hyoyoung; Rodin, Gregory J.; Lu, Nanshu (, Journal of The Royal Society Interface)
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