The aim of this project is to develop a smart repair kit to effect efficient field repair of a damaged , aircraft structure. The composite repair process consists two steps a) bonding an annular ring using ' bi-functional property of the Shape Memory Alloy (SMA) based repair. device which applies both heat and pressure and b) bonding a flush patch taking its support and novel vacuum assisted tripod stand method. This report deals with the development of smart repair kit from conceptualization to realization. Using the developed smart repair kit, many repair trials were conducted arid tested. This report details the experiments and observations related to the smart repair kit
This article is focused on numerical and experimental investigations of smart structure concepts, de...
AbstractWhen cracks along rivet holes and other highly stressed regions of mostly aged aircrafts are...
This work pertains to the development effort involved in the deployment of an additional winglike ae...
The aim of this project is to develop a smart repair kit to effect efficient field repair of a damag...
This is a preliminary report pertaining to the development of a shape memory alloy based smart repai...
none4The development of smart materials has paved the way to the creation of adaptive and self-heali...
This thesis describes the development of a smart carbon fibre polymer composite that is capable of s...
International audienceComposite materials nowadays are used in a wide range of applications in aeros...
The use of lightweight composite materials in aircraft structure has become increasingly widesp...
A Fiber-Bragg-Grating based, advanced co-cured smart composite patch for the repair of metallic stru...
The combined use of sensing and actuating systems enables the development of intelligent structures,...
The aviation industry has achieved drastic improvements during the past few decades, thanks to resea...
This presentation gives an overview of the Shape Memory Alloy (SMA) based approach to the research a...
This report addresses the various issues that are to be considered in arriving at an effective repai...
The use of morphing components on aerospace structures can greatly increase the versatility of an a...
This article is focused on numerical and experimental investigations of smart structure concepts, de...
AbstractWhen cracks along rivet holes and other highly stressed regions of mostly aged aircrafts are...
This work pertains to the development effort involved in the deployment of an additional winglike ae...
The aim of this project is to develop a smart repair kit to effect efficient field repair of a damag...
This is a preliminary report pertaining to the development of a shape memory alloy based smart repai...
none4The development of smart materials has paved the way to the creation of adaptive and self-heali...
This thesis describes the development of a smart carbon fibre polymer composite that is capable of s...
International audienceComposite materials nowadays are used in a wide range of applications in aeros...
The use of lightweight composite materials in aircraft structure has become increasingly widesp...
A Fiber-Bragg-Grating based, advanced co-cured smart composite patch for the repair of metallic stru...
The combined use of sensing and actuating systems enables the development of intelligent structures,...
The aviation industry has achieved drastic improvements during the past few decades, thanks to resea...
This presentation gives an overview of the Shape Memory Alloy (SMA) based approach to the research a...
This report addresses the various issues that are to be considered in arriving at an effective repai...
The use of morphing components on aerospace structures can greatly increase the versatility of an a...
This article is focused on numerical and experimental investigations of smart structure concepts, de...
AbstractWhen cracks along rivet holes and other highly stressed regions of mostly aged aircrafts are...
This work pertains to the development effort involved in the deployment of an additional winglike ae...