... strain. The frequencies of the BN nanosheets are found to be significantly higher when compared to other nanomaterials. Email: mechmehal@gmail.com continuum mechanics elastic properties noncarbon nanomaterials Tersoff–Brenner potential Cauchy–Born rule bending rigidity constitutive...

... evolution near the subsurface well. Damage distribution and crack propagation on a thrust bearing continuum mechanics elasticity elastoplasticity fatigue fracture rolling bearings cyclic loading fatigue damage plastic behavior FE analysis cycle jumping algorithm rupture...

... and challenges for three distinct scales: quantum, atomistic/coarse graining, and continuum mechanics. For each scale, we review the modeling techniques and tools, as well as discuss important recent contributions. To help focus the review, we have mainly considered research devoted to amorphous polymers...

... in this alloy have also been identified which show multiple damage events. 19 07 2007 21 10 2008 02 06 2009 aerospace components aerospace engines compressors continuum mechanics deformation finite element analysis fracture mechanics micromechanics titanium alloys continuum...

... a . 04 05 2007 01 11 2007 11 06 2008 continuum mechanics fasteners fatigue nickel alloys plastic deformation superalloys dissipation elevated temperature fatigue damage plastic-strain energy static toughness GH4145/SQ is a precipitate-strengthened nickel-based...

...M. Croft; N. Jisrawi; Z. Zhong; K. Horvath; R. L. Holtz; M. Shepard; M. Lakshmipathy; K. Sadananda; J. Skaritka; V. Shukla; R. K. Sadangi; T. Tsakalakos Strain localization in the presence of a stress gradient is a phenomenon common to many systems described by continuum mechanics. Variations...

... . 20 09 2005 19 05 2006 polymers fatigue cracks fracture mechanics curing molecular dynamics method continuum mechanics fatigue crack retardation artificial crack closure wedge contact healing chemistry cohesive finite element coarse-grain molecular dynamics polymeric...

... in nanotubes with small aspect ratios, it is replaced by a rodlike buckling mode above a critical aspect ratio, analogous to the Euler theory in continuum mechanics. For very large aspect ratios, a nanotube is found to behave like a wire that can be deformed in a very flexible manner to various shapes...

... into account at the same time. Using continuum mechanics, an elastic multishell model with thermal effect is presented for buckling of a multiwalled carbon nanotube embedded in an elastic matrix under thermal environment and torsional load. Based on the model, numerical results for the general case...

... of Polycristalline Solids,” Int. J. Plasticity, 12, pp. 1221–1240) is investigated within Rice’s normality structure (1971, “Inelastic Constitutive Relations for Solids: An Integral Variable Theory and its Application to Metal Plasticity,” J. Mech. Phys. Solids, 19, pp. 433–455; 1975, “Continuum Mechanics...

... of damage during quasi-static testing. 11 10 2004 22 03 2005 fibre reinforced composites bonding processes elasticity microcracks continuum mechanics finite element analysis acoustic emission Short-fiber composite Matrix cracking Fiber–matrix debonding Fiber pull-out...

... properties: ( a ) tensile load for the extraction of AE ; and ( b ) bending load for the extraction of EI To make use of the continuum mechanical model discussed in section 2.3 we need to extract two parameters from MD. The two parameters characterize the bending behavior...

... 22 01 2004 elasticity viscoelasticity shear deformation continuum mechanics The theory of invariants 1 is well developed, as it pertains to our needs. One advantage of using an integrity basis is that scalar fields can replace tensor fields as arguments in state functions...

... were selected from regular submissions to JEMT fitting the topic of this issue. All papers in this issue have followed the standard peer-review process of JEMT. mechanical properties composite materials continuum mechanics crystal microstructure domains materials science ...

...Tariq A. Khraishi, Guest Editor; Hussein M. Zbib, Guest Editor plastic deformation continuum mechanics micromechanics The majority of the papers contributed toward this special issue were presented at the symposium “Multi-scale Modeling of Plastic Deformation Phenomena” which was co...

..., K. Cho, H. Gao, R. L. B. Selinger. Demir , I. , Zbib , H. M. , and Khaleel , M. , 2001 , “ On Crack Propagation in the Case of Multiple Cracks, Inclusions and Voids ,” Theor. Appl. Fract. Mech. , in press. plasticity viscoplasticity elastoplasticity continuum mechanics...

... fracture mechanics alloys continuum mechanics voids (solid) grain growth dislocation structure The requirement for high temperature power plant to operate efficiently and safely for very long periods (up to 30 to 40 years), often in conditions of variable loading, places extreme demands...