... model orientation distribution function polyetheretherketone texture bioceramics calcium compounds compression moulding elastic constants fibre reinforced plastics micromechanics pressing 11 08 2011 10 10 2011 25 10 2011 12 12 2011 12 12 2011 2012...

... 03 2011 23 03 2011 elasticity fibre reinforced plastics finite element analysis rubber shear deformation tensile testing hyperelasticity elastomers strain energy functions transversely isotropic nonlinear materials rubber nonlinear finite element analysis...

...-wavelength instabilities. These findings are discussed in light of comparisons with recent results for related material systems. 17 02 2010 16 04 2010 01 12 2010 01 12 2010 crystal microstructure elastomers fibre reinforced plastics mechanical stability softening stress...

...Suhasini Gururaja; Mamidala Ramulu Unidirectional fiber-reinforced plastic (UD-FRP) laminates have been modeled previously as an equivalent quasihomogeneous monoclinic half-space subjected to an inclined line load on the surface using Lekhnitskii’s formulation simulating the orthogonal edge...

... the fiber surfaces. 31 07 2007 15 05 2008 09 09 2008 adhesion biodegradable materials elastic moduli elongation fibre reinforced plastics filled polymers Fourier transform spectra infrared spectra resins tensile strength ultrasonic effects X-ray diffraction biofibers...

... fibre reinforced plastics finite element analysis flow through porous media fluid mechanics transfer moulding wetting resin transfer molding (RTM) mold filling moving interfaces discontinuous galerkin method finite element method The resin transfer molding (RTM) process has...

... of strain rate and temperature are investigated by a parametric study. The overall composite stress-strain response is also depicted to indicate manifestation of microlevel failure on macroscopic behavior. 03 08 2007 08 01 2008 13 03 2008 cavitation cracks deformation fibre...

.... The accuracy within the considered stress range is good, but the thermodynamic consistency of this procedure has to be proven. 12 01 2006 30 06 2006 fibre reinforced plastics viscoelasticity viscoplasticity creep fracture fracture toughness scanning electron microscopy recovery-creep...

... and effectively aid in the mitigation of earthquake damage. fiber-reinforced polymer (FRP) honeycomb material passive energy dissipation infilled steel frame filled polymers sandwich structures fibre reinforced plastics laminates honeycomb structures prefabricated construction 29 07...

.... 06 11 2005 23 06 2006 creep fracture laminates delamination cracks internal stresses fibre reinforced plastics creep rupture time-dependent damage polymer composites multidirectional laminates Time-dependent degradation in modulus (creep) and strength (creep...

...Steven E. Boyd; John J. Lesko; Scott W. Case The increased use of fiber reinforced plastics (FRPs) in ship topside structures necessitates the need to understand how such structures respond to fire exposure. For this reason we have characterized the nonlinear, thermo-viscoelastic behavior...

... at elevated temperature are known as residual stresses or curing stresses. curing stress elliptical delamination interlaminar fracture modified crack closure integral strain energy release rate thermoelastic anisotropy fibre reinforced plastics filled polymers laminates curing...

... 08 2004 26 04 2005 fibre reinforced plastics diffusion free energy viscoelasticity cracks fracture finite element analysis cohesive layer hygrothermal debond work-of-separation rate-dependent behavior Fiber-reinforced polymer (FRP) composites have been extensively...