The present paper relates to autonomically‐healing composites which function actively and quickly at temperatures reaching as low as −50° C while maintaining the performance of the current structural composites. This is achieved thanks to the high temperatures possible for the formulation cure without deactivating self‐repair activity
Micro-encapsulated monomers and embedded solid catalysts produce high-performance composites that q...
This paper describes a self-healing composite exhibiting high levels of healing efficiency under wor...
Self-healing materials for structural applications offer considerable practical benefits because the...
The present paper relates to autonomically‐healing composites which function actively and quickly at...
This paper describes formulations of self-healing composites exhibiting high levels of healing effic...
The development of smart composites capable of self-repair in aeronautical structures is still at th...
The development of smart composites capable of self-repair in aeronautical structures is still at th...
Over the past decade, many different strategies were developed to introduce selfhealing properties i...
Micro-encapsulated monomers and embedded solid catalysts produce high-performance composites that q...
This paper describes a self-healing composite exhibiting high levels of healing efficiency under wor...
Self-healing materials for structural applications offer considerable practical benefits because the...
The present paper relates to autonomically‐healing composites which function actively and quickly at...
This paper describes formulations of self-healing composites exhibiting high levels of healing effic...
The development of smart composites capable of self-repair in aeronautical structures is still at th...
The development of smart composites capable of self-repair in aeronautical structures is still at th...
Over the past decade, many different strategies were developed to introduce selfhealing properties i...
Micro-encapsulated monomers and embedded solid catalysts produce high-performance composites that q...
This paper describes a self-healing composite exhibiting high levels of healing efficiency under wor...
Self-healing materials for structural applications offer considerable practical benefits because the...