In this paper, the rigid particle filled polymer is studied in the hope to understand the real damage mechanisms. Two damage parameters were introduced and measured. One is the macro-damage of the materials calculated from the modulus measured, another is micro-damage describing the interfacial debonding or the percentage of the particle debonded from the matrix. The damage rate of the macro damage decreases, while the micro damage increases with the applied stress.EI0II/-18
Damage initiation and progression in uni-directional continuous polymer composites at the microscale...
Damage mechanism plays an important role in governing the post yielding mechanical properties of the...
The debonding process at the interface of filler-matrix is studied. The relevance of this process la...
In this paper, the rigid particle filled polymer is studied in the hope to understand the real damag...
The effect of particle volume fraction, strain rate and interfacial bonding strength on the damage t...
Damage evolution and characterization in semi-crystalline polymer filled with particles under variou...
Particulate composites are widely used in the materials world. An understanding of their damage beha...
ABSTRACT: To clarify the mechanical characteristics and damage of polymers containing second-phase p...
By means of micromechanics and statistical method; the non-linear consitutive relation of particulat...
International audienceThe mechanical behavior and damage of highly filled elastomers such as propell...
International audienceA rubberlike matrix highly filled with spherical micrometric glass beads is su...
This thesis has identified the failure and damage processes in a particle filled epoxy which is typi...
AbstractA micro-mechanical damage model is proposed to predict the overall viscoplastic behavior and...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemical Engineering, 2003.Includes...
Polymer-bonded explosives (PBX) are complicated composites, and it is important for practical applic...
Damage initiation and progression in uni-directional continuous polymer composites at the microscale...
Damage mechanism plays an important role in governing the post yielding mechanical properties of the...
The debonding process at the interface of filler-matrix is studied. The relevance of this process la...
In this paper, the rigid particle filled polymer is studied in the hope to understand the real damag...
The effect of particle volume fraction, strain rate and interfacial bonding strength on the damage t...
Damage evolution and characterization in semi-crystalline polymer filled with particles under variou...
Particulate composites are widely used in the materials world. An understanding of their damage beha...
ABSTRACT: To clarify the mechanical characteristics and damage of polymers containing second-phase p...
By means of micromechanics and statistical method; the non-linear consitutive relation of particulat...
International audienceThe mechanical behavior and damage of highly filled elastomers such as propell...
International audienceA rubberlike matrix highly filled with spherical micrometric glass beads is su...
This thesis has identified the failure and damage processes in a particle filled epoxy which is typi...
AbstractA micro-mechanical damage model is proposed to predict the overall viscoplastic behavior and...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemical Engineering, 2003.Includes...
Polymer-bonded explosives (PBX) are complicated composites, and it is important for practical applic...
Damage initiation and progression in uni-directional continuous polymer composites at the microscale...
Damage mechanism plays an important role in governing the post yielding mechanical properties of the...
The debonding process at the interface of filler-matrix is studied. The relevance of this process la...