Add to ORKGThis paper describes formulations of self-healing composites exhibiting high levels of healing efficiency under working conditions typical of aerospace applications. The preliminary results demonstrate an efficient self-repair function which remains active at sub-zero temperatures
This paper describes a self-healing composite exhibiting high levels of healing efficiency under wor...
Composites can be divided into three groups based on their matrix materials, namely polymer, metal a...
The development of smart composites capable of self-repair in aeronautical structures is still at th...
This paper describes formulations of self-healing composites exhibiting high levels of healing effic...
The present paper relates to autonomically‐healing composites which function actively and quickly at...
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...
This paper describes a self-healing composite exhibiting high levels of healing efficiency under wor...
Composites can be divided into three groups based on their matrix materials, namely polymer, metal a...
The development of smart composites capable of self-repair in aeronautical structures is still at th...
This paper describes formulations of self-healing composites exhibiting high levels of healing effic...
The present paper relates to autonomically‐healing composites which function actively and quickly at...
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...
This paper describes a self-healing composite exhibiting high levels of healing efficiency under wor...
Composites can be divided into three groups based on their matrix materials, namely polymer, metal a...
The development of smart composites capable of self-repair in aeronautical structures is still at th...