... transducers piezoelectricity resins sandwich structures shear strength stress-strain relations tensile strength tensile testing sandwich structures composites strength embedded sensor piezoelectric fiber composite sensor damage fatigue tensile flexural short beam shear...

... of the First U.S. National Congress of Applied Mechanics ASME , Chicago , pp. 487 – 491 . alloy steel cold working deformation failure (mechanical) finite element analysis plasticity stress-strain relations thermomechanical treatment High-strength low alloy steels (HSLA) are finding...

... 15 09 2011 15 09 2011 06 12 2011 06 12 2011 carbon filled polymers finite element analysis glass internal stresses laminates resins shear strength steel strain gauges stress effects stress-strain relations slitting method residual stress shear stress normal...

... atomic force microscopy cantilevers elemental semiconductors nanoindentation semiconductor doping silicon stress-strain relations thermal conductivity thermal resistance thermal conductivity measurement stress/strain micro/nano-scale silicon structures RTD sensor Fourier’s law...

... the particle-matrix interface. 13 04 2011 14 06 2011 20 10 2011 20 10 2011 particle reinforced composites particle size plastic deformation plasticity size effect stress-strain relations work hardening strain gradient plasticity metal matrix composites particle size...

... particle reinforced composites polymers stress-strain relations viscoelasticity viscoplasticity nanoclay particles nanocomposite PMMA polymer viscoelastic-viscoplastic-viscodamage mesomechanical Polymer and polymer composite materials offer a wide range of advantages such as high...

... fatigue finite element analysis nickel alloys stress-strain relations superalloys fatigue life prediction notch analysis directionally-solidified Ni-base superalloys creep-fatigue The turbine blades in gas-powered turbine engines are exposed to extremely high temperatures...

... element analysis fracture friction polymer fibres slip softening stress-strain relations Lightweight composites with braided fiber reinforcements have the advantage of a relatively high specific energy absorption. This feature is especially pronounced for two-dimensional triaxially braided...

...   s − 1 . In most cases, duplicate specimens were tested. 21 09 2010 20 01 2011 22 03 2011 22 03 2011 annealing ductility elongation plastic flow pressing softening steel stress-strain relations tensile testing thermal analysis yield strength...

... materials bending cracks fibre reinforced composites fracture mechanics graphite impact (mechanical) polymers resins stress-strain relations tensile strength adhesives graphite/epoxy composites fracture tensile behavior strain rate effects digital image correlation split-Hopkinson bar...

... polymers stress-strain relations viscoplasticity polymer fatigue cyclic experiments polymer viscoplasticity viscoplastic model overstress model Thermoplastics such as ultrahigh molecular weight polyethylene (UHMWPE) are widely used as a bearing material in total replacement of knee...

... , and b i for calculation of corresponding pairs are reported in Table 3 . 29 10 2009 27 09 2010 03 03 2011 03 03 2011 failure (mechanical) fatigue finite element analysis plasticity polymers softening strain control stress-strain relations thermoplastic...

... deformation shear modulus stress-strain relations hexagonal honeycombs hyperelastic modeling in-plane shear homogenization flexure Two dimensional prismatic cellular materials of periodic microstructures are called honeycombs. The hexagonal structure is the most commonly used honeycomb...

..., and orientation undergone by the underlying fibers in a model class of fiber-reinforced hyperelastic solids along arbitrary 3D loading conditions. Making use of these results, we then establish connections between the evolution of the microstructure and the overall stress-strain relation and macroscopic stability...

... stress-strain behavior polyethylene damage mechanics semicrystalline amorphous crystal microstructure deformation elastic constants entropy hardening molecular configurations numerical analysis polymers slip stress-strain relations texture 22 12 2009 25 07 2010 29 09...

... ). Substituting the stress states given in Eqs. 5 , 6 into the elastic stress-strain relations, the elastic strain components, ε θ and ε r can be obtained as shown below. 7 ε r = − N c E [ ( 1 + ν ) ( b r ) 2 − ( 1 − ν ) ] 8 ε...

... whitening levels. Increased surface irregularity and large size voids at high forming temperatures produce lower stress whitening. cracks filled polymers particle reinforced composites plastic deformation stress-strain relations thermoforming thermoforming particulate reinforced composites...

... composites interface structure photoelasticity stress-strain relations transparent polymer composites orthotropic bimaterials interfacial fracture photoelasticity digital fringe multiplication Composite materials are utilized in many high performance structures and applications because...

... 02 2010 17 02 2010 automobile industry automotive components automotive materials finite element analysis fracture grain size magnesium alloys recrystallisation stress-strain relations yield strength Mg AZ31 elevated temperature forming postformed tensile properties...

... 02 2010 16 02 2010 creep elongation fracture toughness impact strength manufacturing processes notch strength steel stress-strain relations tensile strength tensile testing At present, any design as well as manufacturing procedures should be optimized. That way...