... 2008 28 04 2009 cracks ferromagnetic materials fracture mechanics magnetoelastic effects magnetomechanical effects nonlinear field theory paramagnetic materials tensors thermodynamics thermomechanical treatment With the wide applications of materials consisting...

... in conjunction with the finite element method. The accuracy of numerical results is assessed by means of thermomechanically equivalent problems. 05 06 2007 28 12 2007 22 07 2008 elasticity finite element analysis fracture functionally graded materials thermomechanical treatment...

... conductivity thermal expansion thermomechanical treatment Figure 2 shows the isochromatic fringes for a stationary crack under Mode I loading conditions in a FGM in the direction of increasing or decreasing properties and under heating or no-heating conditions. All the frames show typical ovaloid...

... compressive strength yield strength temperature measurement thermomechanical treatment amorphous state split-Hopkinson infrared polymer polycarbonate epoxy adiabatic 2 Polymers are increasingly used as integral component materials in products specifically designed to withstand high...

... 2006 functionally graded materials finite element analysis thermomechanical treatment thermoelasticity inclusions functionally graded materials finite-volume theory parametric formulation In Part I of this paper, a parametric formulation of the recently reconstructed finite...

... of micromechanics-based homogenization schemes for FGMs under thermal cycling conditions are analyzed in Pindera et al. ( 1 ), for example. metals ceramics functionally graded materials thermoelasticity thermomechanical treatment numerical analysis stress analysis 18 03 2006 10 10...

... in carburized thin strips are investigated by Prantil et al. ( 4 ). steel internal stresses thermomechanical treatment quenching (thermal) plasticity enthalpy solid-state phase transformations crystal microstructure 28 09 2005 21 05 2006 2007 American Society...

... successfully adopted as actuators and sensors in a broad set of advanced and innovative applications in aeronautical, biomedical, mechanical, and civil engineering 2 . fibre reinforced composites shape memory effects martensitic transformations micromechanics thermomechanical treatment internal...

.... Associate Editor: M.-J. Pindera. 21 April 2003 19 September 2003 05 05 2004 beams (structures) delamination elastic constants shear modulus bending strength internal stresses thermomechanical treatment adhesion A review of prior work is provided in 1 . This present...

... vibrations bending thermomechanical treatment Functionally gradient materials (FGMs) are spatial composites within which material properties vary continuously and inhomogeneously. This is achieved by gradually changing the composition of the constituent materials along one direction, usually...