This study focused on the contribution of micro-mechanical parameters on the macro-mechanical response of short fiber composites, namely polypropylene matrix reinforced by glass fibers. In the framework of this paper, an attention has been given to the glass fibers length, as micromechanical parameter influences the overall macroscopic material’s behavior. Three dimensional numerical models were developed and analyzed through the concept of a Representative Volume Element (RVE). Results of the RVE-based approach were compared with analytical Halpin-Tsai’s model
The paper presents the results of computer modeling and prediction of the mechanical properties of c...
In this chapter, the critical stress transfer factors of interface material have been studied under ...
AbstractThe elastic moduli of short fibre polyamide reinforced with different contents of glass fibr...
The representative volume element (RVE) method is applied to a fiber reinforced polymer material und...
In this study, the mechanical properties of unidirectional fiber composites were determined by using...
AbstractNatural-fiber-reinforced short-fiber composites are finding more applications lately, theref...
A study of the micromechanical behavior to predict the overall response of short fiber-reinforced co...
In order to improve the mechanical properties of short fiber composites, the fiber-matrix adhesion i...
Aim of this work is the prediction of the creep behavior of long-glass-fiber-reinforced polypropylen...
Summarization: An immiscible thermoplastic component was added to a conventional short fiber reinfor...
A finite element model is proposed for simulating the short and long term strength of Glass Fibre Re...
Many elegant techniques have been developed for the quantification of composite micromechanical para...
Many elegant techniques have been developed for the quantification of composite micromechanical para...
This work is concerned with the micromechanical modeling of porous short fiber-reinforced composites...
The tensile properties of different grades of a short fibre reinforced polyamide, having various con...
The paper presents the results of computer modeling and prediction of the mechanical properties of c...
In this chapter, the critical stress transfer factors of interface material have been studied under ...
AbstractThe elastic moduli of short fibre polyamide reinforced with different contents of glass fibr...
The representative volume element (RVE) method is applied to a fiber reinforced polymer material und...
In this study, the mechanical properties of unidirectional fiber composites were determined by using...
AbstractNatural-fiber-reinforced short-fiber composites are finding more applications lately, theref...
A study of the micromechanical behavior to predict the overall response of short fiber-reinforced co...
In order to improve the mechanical properties of short fiber composites, the fiber-matrix adhesion i...
Aim of this work is the prediction of the creep behavior of long-glass-fiber-reinforced polypropylen...
Summarization: An immiscible thermoplastic component was added to a conventional short fiber reinfor...
A finite element model is proposed for simulating the short and long term strength of Glass Fibre Re...
Many elegant techniques have been developed for the quantification of composite micromechanical para...
Many elegant techniques have been developed for the quantification of composite micromechanical para...
This work is concerned with the micromechanical modeling of porous short fiber-reinforced composites...
The tensile properties of different grades of a short fibre reinforced polyamide, having various con...
The paper presents the results of computer modeling and prediction of the mechanical properties of c...
In this chapter, the critical stress transfer factors of interface material have been studied under ...
AbstractThe elastic moduli of short fibre polyamide reinforced with different contents of glass fibr...