Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/83580/1/AIAA-2010-2813-592.pd
ABSTRACT: This article presents a critical review and evaluation of several mechanics models which a...
Composites are the new type of emerging material that promise the improved properties. The mechanica...
International audienceThe present work focuses on the continuum-based micromechanical modeling of th...
A size-dependent strain gradient Mori-Tanaka model (SGMT) is developed by applying strain gradient e...
Nanoscale control of structure in polymer nanocomposites is critical for their performance but has b...
YesThe mechanical property enhancement of polymer reinforced with nano-thin clay platelets (of high ...
Although few investigations recently proposed to describe the overall elastic response of polymer-cl...
Predictive models, which enable the prediction of nanocomposite properties from their morphologies a...
Molecular dynamics simulations together with micromechanics method have been proven an effective app...
Aligned nanoclay particles can be distributed randomly in a polymer matrix even at high volume fract...
Elastic modulus measurement of polymer matrix nano-composites reinforced by platelet nano-clays Poly...
Nanocomposites with platelet reinforcements are emergent materials whose deformation mechanisms stil...
Computational continuum model for predicting the effect of interphase on the large deformation behav...
The polymeric clay nanocomposites are a new class of materials of which recently have become the cen...
Processing parameters (e.g., exfoliation extent and volume fraction) of clay particles in polymeric ...
ABSTRACT: This article presents a critical review and evaluation of several mechanics models which a...
Composites are the new type of emerging material that promise the improved properties. The mechanica...
International audienceThe present work focuses on the continuum-based micromechanical modeling of th...
A size-dependent strain gradient Mori-Tanaka model (SGMT) is developed by applying strain gradient e...
Nanoscale control of structure in polymer nanocomposites is critical for their performance but has b...
YesThe mechanical property enhancement of polymer reinforced with nano-thin clay platelets (of high ...
Although few investigations recently proposed to describe the overall elastic response of polymer-cl...
Predictive models, which enable the prediction of nanocomposite properties from their morphologies a...
Molecular dynamics simulations together with micromechanics method have been proven an effective app...
Aligned nanoclay particles can be distributed randomly in a polymer matrix even at high volume fract...
Elastic modulus measurement of polymer matrix nano-composites reinforced by platelet nano-clays Poly...
Nanocomposites with platelet reinforcements are emergent materials whose deformation mechanisms stil...
Computational continuum model for predicting the effect of interphase on the large deformation behav...
The polymeric clay nanocomposites are a new class of materials of which recently have become the cen...
Processing parameters (e.g., exfoliation extent and volume fraction) of clay particles in polymeric ...
ABSTRACT: This article presents a critical review and evaluation of several mechanics models which a...
Composites are the new type of emerging material that promise the improved properties. The mechanica...
International audienceThe present work focuses on the continuum-based micromechanical modeling of th...
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