Co-encadrement de la thèse : Laurent Ferry et Jean-Charles BenezetThis study is a part of a global research program aiming at developing innovative bio-composites based on biodegradable matrix (poly-lactide, poly-epsilon-caprolactone (PCL) and poly-butylen-succinate (PBS)) with controlled mechanical properties and life times in different weathering conditions. Besides, the blend end of life fragmentation are also studied. Different aspects of this global research program are developed in this study: - impact resistance improvement of poly-lactide P(L)LA through the incorporation of impact modifiers and/or low Young modulus polymers (PCL and PBS). Besides, for polyesters blends, two compatibilization techniques have been used. - the incorpor...
The purpose of this study is to investigate crack growth of multi-perforated structures when loading...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
In order to protect our environment, toxic compounds have to be replaced to meet the new regulations...
Co-encadrement de la thèse : Vincent MaurelIn order to replace consumable carbon electrodes in the H...
During long-time neutron irradiation occurred in Pressurized Water Reactors (PWRs), significant chan...
Since 2007, Sol Solution company with the help of the Clermont-Ferrand Blaise Pascal University’s La...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
The aim of this work is to characterize the effects of shear modification on differentbranched polye...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
The purpose of this study is to investigate crack growth of multi-perforated structures when loading...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
In order to protect our environment, toxic compounds have to be replaced to meet the new regulations...
Co-encadrement de la thèse : Vincent MaurelIn order to replace consumable carbon electrodes in the H...
During long-time neutron irradiation occurred in Pressurized Water Reactors (PWRs), significant chan...
Since 2007, Sol Solution company with the help of the Clermont-Ferrand Blaise Pascal University’s La...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
The aim of this work is to characterize the effects of shear modification on differentbranched polye...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Cofinancement ADEME/INERISThe pig iron conversion into steel generates a large quantity of residue, ...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
The purpose of this study is to investigate crack growth of multi-perforated structures when loading...
Nowadays the development of performing new materials using an environmental friendly route is a chal...
In order to protect our environment, toxic compounds have to be replaced to meet the new regulations...