... Complex Media 1745-5030 , 17 , pp. 159 – 187 . 10.1080/17455030601118376 Gleiter , H. , 2000 , “ Nanostructured Materials: Basic Concepts and Microstructure ,” Acta Mater. 1359-6454 , 48 , pp. 1 – 29 . 10.1016/S1359-6454(99)00285-2 Miller , R. E. , and Shenoy , V. B...

... in evaluating the M -integral, whereas the surface Lamè constants yield much less influence than the surface tension. Their influence on the M -integral for a nanovoid or a soft nano-inclusion could be neglected. elasticity inclusions integral equations nanomechanics nanostructured materials...

... mechanics graphene graphite kink banding Kirchhoff plate membrane multilayers nanoindentation singularity bending boundary-elements methods elasticity graphite Green's function methods indentation multilayers nanostructured materials van der Waals forces 24 03 2008 24 06...

... stress τ 0 rather than from the surface Lamé constants μ s and λ s . 11 11 2007 18 03 2008 20 08 2008 elasticity integral equations internal stresses micromechanics nanostructured materials plates (structures) invariant integral nanosized hole surface effect size...

...-X , 27 , pp. 539 – 545 . composite material interfaces dislocation motion inclusions nanostructured materials screw dislocations Dislocation mobility plays a critical role in analyzing the physical and mechanical behavior of many materials, and this mobility is dependent...

... and residual surface stress. Stress state is found to depend on the radius of the inhomogeneity/hole, surface elastic constants, surface residual stress, and magnitude of far-field loading. 15 11 2005 30 05 2006 nanostructured materials elastic moduli Nanotechnology involves analysis...

... of the classical continuum model can be attributed to its inability to account for the local motion of the microstructure. The design and application of micro-heterogeneous materials and nanostructured materials require efficient and accurate modeling and analysis tools. For nanostructured materials, the use...

...P. Sharma; S. Ganti surface energy inclusions tensors nanostructured materials Equations 21b , 21c and 22b , 22c in the published paper contain typographical errors. The error in Eqs. 21b , 21c involves a switching of the sign and a factor of 2 while the error in Eqs. 22b , 22c...

... deposited volumes and a single centered island will become favored once the volume exceeds a critical value. 02 02 2005 14 05 2005 epitaxial layers nanostructured materials epitaxial growth self-assembly nanopositioning free energy elasticity surface energy internal stresses...

... in the nanometer regime. 30 12 2004 19 01 2005 indentation hardness finite element analysis plastic deformation nanostructured materials Nanoindentation has evolved into a valuable means of determining the mechanical properties of thin films and surfaces in nanometer regimes ( 1 2 3...

... Editor: T. E. Triantifyllides. 12 Aug 2002 25 Oct 2003 22 06 2004 slip nanostructured materials dislocation sources indentation Nanoindentation has become a major experimental technique to probe the mechanical properties of materials at the nanoscale, 1 2...

... in the ASME JOURNAL OF APPLIED MECHANICS . 04 Sept 2002 08 July 2003 17 03 2004 organic compounds monolayers stability domains phase separation nanostructured materials Langmuir-Blodgett films An alkanethiol molecule, HS CH 2 n X , consists...

...Demitris Kouris, Associate Editor; Huajian Gao, Professor 20 06 2002 mechanics nanostructured materials mechanical properties Modeling and simulation of materials at the nanoscale will require not only atomic and molecular modeling, but also modeling at both the mesoscopic...