... 1% to 5%. The relationship between the predicted effective elastic modulus and nanowhisker aspect ratios in isotropic all-cellulose composite 30 04 2011 19 09 2011 21 12 2011 21 12 2011 elastic moduli fibre reinforced composites finite element analysis...

... 07 2011 10 10 2011 08 12 2011 08 12 2011 bending strength delamination elastic moduli elasticity failure (mechanical) fatigue testing filled polymers foams glass fibre reinforced plastics glass fibres intelligent structures laminates modal analysis piezoelectric...

... interfaces curing elastic moduli elasticity filled polymers fracture milling mixing nanocomposites resins rolling scanning electron microscopy viscosity xd-CNT sonication three-roll-milling Recent and ongoing research on polymer/inorganic nanocomposites have shown dramatic...

... biodegradable materials compression moulding elastic moduli fibre reinforced composites Fourier transform spectra infrared spectra nanocomposites nanofabrication scanning electron microscopy surface modification compression molding biodegradable composite Composite materials from man...

... creep elastic moduli elasticity elastomers filled polymers plasticity recycling recycling process PP compound HiPP mechanical behavior EPDM EPR Because of their good thermal, mechanical and attractive characteristics, plastics are widely used in the automobile sector...

... 05 2010 03 03 2011 18 07 2011 18 07 2011 amorphous state clay elastic moduli filled polymers nanocomposites PMMA organoclay polymer nanocomposites storage modulus micromechanical modeling Montmorillonite organoclay is one of the most useful fillers...

... composite materials elastic moduli elastomers fly ash glass transition polymer blends dynamic mechanical properties polyurea elastomer fly ash time-temperature superposition Polyurea is the generic name for a block copolymer formed from the chemical reaction of diisocyanates...

...-graded composites surface strength biomechanics biomedical materials biomimetics brittleness composite materials dentistry elastic moduli enamels functionally graded materials wear resistance 14 01 2009 12 05 2009 05 11 2009 05 11 2009 2010 American Society...

... determined by the temperature dependent properties of the specific viscoelastic material used as the infiltrate. 02 09 2008 02 02 2009 22 05 2009 alumina ceramics coatings cooling elastic constants elastic moduli melt infiltration plasma arc sprayed coatings titanium compounds...

... were then used as displacement boundary conditions in the direction normal to the cut surface. 17 06 2008 11 10 2008 21 05 2009 discs (structures) elastic moduli fatigue finite element analysis indentation internal stresses neutron diffraction stainless steel stress...

.... Mater. 0956-716X 10.1016/0956-716X(93)90016-L , 28 ( 9 ), pp. 1095 – 1100 . 12 06 2008 29 12 2008 09 03 2009 balloons clay cracks deformation elastic moduli foams lightweight structures mechanical strength nanocomposites scanning electron microscopy...

... ̂ j ) + 4 μ ̂ j ( 4 μ ̂ i + 2 μ ̂ j ) 5 μ ̂ j ( 3 κ ̂ j + 4 μ ̂ j ) 15 10 2007 08 08 2008 09 03 2009 elastic moduli filled polymers inclusions micromechanics numerical analysis viscoelasticity...

...Timothy R. Walter; Andrew W. Richards; Ghatu Subhash Tensile and compressive stress-strain responses were obtained for various densities of polymer foams. These experimental data were used to determine relevant engineering parameters (such as elastic moduli in tension and compression, ultimate...

... radius of the probe indenter and slope into the above equation. The elastic modulus of the specimen is then calculated from Eq. 4 . 19 10 2006 16 06 2008 19 09 2008 atomic force microscopy elastic moduli glass fibre reinforced plastics hardness indentation...

... 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...

...-Plastic Foams ,” Int. J. Hydrogen Energy 0360-3199 10.1016/0360-3199(94)00087-G , 20 ( 5 ), pp. 401 – 403 . 17 05 2007 09 02 2008 11 06 2008 adhesion bending strength elastic moduli elasticity finite element analysis mechanical testing metal foams polymer foams...

... 2008 composite materials elastic moduli finite volume methods inhomogeneous media micromechanics porous materials finite-volume theory parametric mapping homogenization heterogeneous materials local stiffness matrix A major objective of micromechanics is to predict average...

... unambiguously from the single-crystal elastic moduli. The orientation distribution function (ODF) is used to calculate volume-weighted average stress states over tubular volumes centered on the ⟨ 100 ⟩ ∥ [ 100 ] , ⟨ 311 ⟩ ∥ [ 100 ] , and ⟨ 111 ⟩ ∥ [ 100 ] fibers—accounting for ≈ 50 % of the total volume...

... is applied to evaluate the four elastic moduli of the local elastic properties. This procedure is tested against a set of experimental data on mineral wool with different crimping structures. The crimping process only very mildly affects the medium perpendicular to the line and thickness directions so...

... tool steel cold working plastic flow yield strength elastic moduli When deforming metals, the force required to maintain material flow controls many process parameters, such as: tooling strength, equipment size, and energy expenditure; ultimately affecting overall part cost. This force...