... anisotropy, aspect ratio, and volume fraction of nanowhisker. Effective elastic moduli along aligned direction were enhanced with the increase of volume fraction, aspect ratio, and orientation anisotropy of the nanowhisker. The prediction results from microstructure finite element analysis agree well...

... of damages like delamination inside these composite sandwich structures through changes in natural frequency modes. Hence embedded PFCS could be an effective method to monitor the health of the composite sandwich structures’ in-service conditions. bending strength delamination elastic moduli elasticity...

.... If not done properly the excess bubbles create voids that initiate fracture propagation. xd-CNT sonication three-roll-milling adhesion bending bending strength carbon nanotubes composite material interfaces curing elastic moduli elasticity filled polymers fracture milling mixing...

... biodegradable materials compression moulding elastic moduli fibre reinforced composites Fourier transform spectra infrared spectra nanocomposites nanofabrication scanning electron microscopy Poly (3-hydroxybutyrate–co-3-hydroxyvalerate—12%) - biopolymer granule (Biopol—Goodfellow Corporation...

... 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 Model prediction of the storage modulus as function of temperature...

... present the storage and loss moduli master curves for these materials obtained through application of the time-temperature superposition on measurements taken at a series of temperatures. 09 03 2010 20 05 2010 03 12 2010 03 12 2010 composite materials elastic moduli...

...-graded composites surface strength biomechanics biomedical materials biomimetics brittleness composite materials dentistry elastic moduli enamels functionally graded materials wear resistance 2010 American Society of Mechanical Engineers ...

... at resonance to the response in the limit as the excitation frequency approaches zero. ceramic coating viscoelastic infiltrate vibration damping alumina ceramics coatings cooling elastic constants elastic moduli melt infiltration plasma arc sprayed coatings titanium compounds...

... measurements demonstrated stress repeatability better than 0.01% of the elastic modulus and allowed discussion of implications of measurements of parts with complicated geometries. discs (structures) elastic moduli fatigue finite element analysis indentation internal stresses neutron diffraction...

... balloons clay cracks deformation elastic moduli foams lightweight structures mechanical strength nanocomposites scanning electron microscopy syntactic foams nanoclay microballoon split Hopkinson pressure bar SEM Syntactic foams are lightweight composite foams having a matrix...

... , “ Four Phase Model: A New Formulation to Predict the Effective Elastic Moduli of Composites ,” ASME J. Eng. Mater. Technol. 0094-4289 10.1115/1.2712472 , 129 , pp. 313 – 320 . Lipinski , P. , Barhdadi , E. H. , and Cherkaoui , M. , 2006 , “ Micromechanical Modeling...

...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...

... from nanoindentation experiments. 19 10 2006 16 06 2008 19 09 2008 atomic force microscopy elastic moduli glass fibre reinforced plastics hardness indentation Polymer matrix composites (PMCs) are the most well established advanced composite materials ( 1 ). PMCs...

... 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...

... loads were carried out. The modeling results coincided with the experimental ones hence validating the model. 17 05 2007 09 02 2008 11 06 2008 adhesion bending strength elastic moduli elasticity finite element analysis mechanical testing metal foams polymer foams slabs...

... materials, employs rectangular discretization of the RUC. Thus inclusions with curved boundaries have to be approximated by an inefficient staircase boundary. In addition, rectangular subvolumes produce undesirable stress concentrations at the corners of adjacent subvolumes with different elastic moduli...

... 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. crimping elastic moduli elasticity glass image processing optical correlation texture wool...

... 6061-T6511 aluminum: 76.8 mm ∕ min : Stress-strain C36000 aged brass: 76.8 mm ∕ min : Stress-strain brass aluminium tool steel cold working plastic flow yield strength elastic moduli When deforming metals, the force required to maintain material...