... composite material 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...

... of the microstructural strength. A comparison of deformation mechanism in microstructures ( a ) S 1 2 and ( b ) S 4 2 at 300 K 05 03 2010 23 06 2010 02 12 2010 02 12 2010 ceramics composite material interfaces deformation fracture toughness impurities...

... time, ∼ 10 3 s . Comparison of dimensionless linear viscoelastic relaxation moduli between measured and predicted from finite element simulations 12 08 2004 04 05 2005 viscoelasticity particle reinforced composites fracture composite material interfaces...

... October 2004 06 04 2005 carbon nanotubes carbon fibre reinforced composites composite material interfaces materials testing mechanical strength molecular dynamics method finite element analysis fracture Carbon nanotubes possess excellent combination of mechanical and thermal...

... 17 01 2005 18 03 2005 fibre reinforced composites crystal microstructure composite material interfaces internal stresses Composite materials find extensive usage in modern engineering applications. The high strength to weight ratio, coupled with favorable mechanical and thermal...

... interface. 02 07 2004 01 02 2005 aluminium germanium silicon compounds particle reinforced composites composite material interfaces damping elastic constants internal friction vibrations crystal microstructure plasticity Damping Internal Friction Anelasticity Plasticity...

...; revision received May 3, 2002. Associate Editor: L. Cate Brinson. 07 September 2002 03 May 2002 04 04 2003 glass fibre reinforced plastics atomic force microscopy surface topography indentation composite material interfaces elastic moduli Fiber-reinforced polymer...

... composites microcracks fracture mechanics adhesion composite material interfaces stress-strain relations sliding friction 28 November 2001 05 June 2002 31 12 2002 Contributed by the Materials Division for publication in the JOURNAL OF ENGINEERING MATERIALS AND TECHNOLOGY...

... or shear band initiates. This model has established a proportion relationship to L − 0.83 , where L is the edge-edge particle spacing, together with a weak logarithmic dependence on L. particle reinforced composites plasticity composite material...

... reinforced plastics shear modulus torsion stress-strain relations shear deformation composite material interfaces The response of fiber reinforced polymer composites when subjected to various types of mechanical loading is an active area of research. In most cases...

... Pelegri. 26 May 2000 30 May 2000 fibre reinforced composites porous materials secondary cells substrates failure (mechanical) fracture mechanics composite material interfaces stochastic processes electrochemical electrodes Porous nonwoven fibrous materials comprise...

... composites porous materials substrates secondary cells electrochemical electrodes composite material interfaces failure (mechanical) fracture mechanics stochastic processes In our previous work in modeling the mechanical and transport properties of NiMH battery substrates, we uncovered a few...

... material interfaces fibre reinforced composites fracture mechanics finite element analysis viscoplasticity The growth rate of a dominant Mode-I crack traversing a composite in a direction perpendicular to the reinforcing fibers is controlled by several variables including the fiber/matrix...

... fibre reinforced plastics composite material interfaces aluminium mechanical stability Patched structures is a common engineering design, consisting of a secondary structure attached to a base structure, with the purpose of strengthening, stiffening, or providing thermal or electrical contact...

... composite material interfaces One of the most desired objectives of ceramic science today is the tailoring of new structural materials to offer a combination of mechanical strength, hardness, and toughness. The successful reinforcement of ceramic matrices with whiskers, platelets, and particulate...

... composite material interfaces dislocation loops work hardening crystal microstructure plastic deformation thermodynamic properties dislocation structure dislocation interactions Physical mechanisms and specific lamellar structure of some alloys like pearlite constitute a fundamental basis...