AbstractA simplified theory for the crystallisation of biodegradable polyesters induced by polymer chain scissions during biodegradation is presented following a theory developed by Han and Pan. The original theory is greatly simplified so that it becomes very straightforward to use and the number of material parameters is significantly reduced. Furthermore it is demonstrated that the spherulite structure widely observed in polymers can be taken into account using the theory. The simplified theory is fitted to the experimental data of poly-l-lactic acids (PLLAs) obtained from literature. It is shown that the simplified theory is equally able to fit the data as the original one. It is also shown that the theory can fit degradation data for P...
Hydrolytic degradation of polymers involves the scission of long chain molecules, leading to molecul...
This work presents, for the first time, a detailed report on how the nucleation and crystallization ...
Bioresorbable polymers have been successfully used in clinical applications for many decades. They a...
A simplified theory for the crystallisation of biodegradable polyesters induced by polymer chain sci...
AbstractA simplified theory for the crystallisation of biodegradable polyesters induced by polymer c...
This paper completes the model of biodegradation for biodegradable polymers that was previously deve...
A mathematical model was developed to relate the degradation trend of bioresorbable polymers to diff...
A mathematical model was developed to relate the degradation trend of bioresorbable polymers to diff...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
Biodegradable polymers degrade due to the hydrolysis (chain scission) of the polymer chains. Two the...
Hydrolytic degradation of polymers involves the scission of long chain molecules, leading to molecul...
This work presents, for the first time, a detailed report on how the nucleation and crystallization ...
Bioresorbable polymers have been successfully used in clinical applications for many decades. They a...
A simplified theory for the crystallisation of biodegradable polyesters induced by polymer chain sci...
AbstractA simplified theory for the crystallisation of biodegradable polyesters induced by polymer c...
This paper completes the model of biodegradation for biodegradable polymers that was previously deve...
A mathematical model was developed to relate the degradation trend of bioresorbable polymers to diff...
A mathematical model was developed to relate the degradation trend of bioresorbable polymers to diff...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
International audiencePoly-(lactic acid) or PLA is a biodegradable polymer produced from renewable r...
Biodegradable polymers degrade due to the hydrolysis (chain scission) of the polymer chains. Two the...
Hydrolytic degradation of polymers involves the scission of long chain molecules, leading to molecul...
This work presents, for the first time, a detailed report on how the nucleation and crystallization ...
Bioresorbable polymers have been successfully used in clinical applications for many decades. They a...