The aging of aircraft and the integrity of lapjoints and doublers is a growing concern. With the increasing average age of the commercial aircraft fleet, there exists an increased need for the development of new NDE techniques for the detection of critical flaws in aircraft airframes. The current techniques being either too time consuming or unreliable are a primary reason for a requirement of major mandatory modification to the existing fleet. Improved NDE techniques offer the possibility for increased safety and reliability at reduced costs
The authors demonstrated a fast, wide-area, precise thermal NDE imaging system to quantify aircraft ...
Aircraft leading edge is one of the most important subjects of aircraft scheduled maintenance. Leadi...
We have developed precise thermal NDE as a wide-area inspection tool to quantify structural damage w...
The recent developments have shown the advantages of the thermographic technique for the detection o...
Thermal wave imaging has been shown to have the quantitative capability for measuring aircraft skin ...
Recent advances in thermal imaging technology have spawned a number of new thermal NDE techniques th...
Recent advances in thermal imaging technology have spawned a number of new thermal NDE techniques th...
Subsurface corrosion in aircraft structure is a major concern in lap joints and other joints. Small ...
The article details the NDT technique of pulse thermography used for objective diagnosis of riveted ...
Thermal wave imaging is emerging as a strong competitor to conventional nondestructive aircraft insp...
During the life cycle of aircraft, external structures are under constant attack from environmental ...
With the increased concern for the safety and reliability of aging aircraft, new nondestructive tech...
Corrosion in all its forms is detrimental to the structural integrity of an aircraft and the ability...
Since hidden corrosion is expected to be the primary factor limiting the service life of military an...
We describe our proof-of-concept demonstration of the well-known thermal diffusion imaging technique...
The authors demonstrated a fast, wide-area, precise thermal NDE imaging system to quantify aircraft ...
Aircraft leading edge is one of the most important subjects of aircraft scheduled maintenance. Leadi...
We have developed precise thermal NDE as a wide-area inspection tool to quantify structural damage w...
The recent developments have shown the advantages of the thermographic technique for the detection o...
Thermal wave imaging has been shown to have the quantitative capability for measuring aircraft skin ...
Recent advances in thermal imaging technology have spawned a number of new thermal NDE techniques th...
Recent advances in thermal imaging technology have spawned a number of new thermal NDE techniques th...
Subsurface corrosion in aircraft structure is a major concern in lap joints and other joints. Small ...
The article details the NDT technique of pulse thermography used for objective diagnosis of riveted ...
Thermal wave imaging is emerging as a strong competitor to conventional nondestructive aircraft insp...
During the life cycle of aircraft, external structures are under constant attack from environmental ...
With the increased concern for the safety and reliability of aging aircraft, new nondestructive tech...
Corrosion in all its forms is detrimental to the structural integrity of an aircraft and the ability...
Since hidden corrosion is expected to be the primary factor limiting the service life of military an...
We describe our proof-of-concept demonstration of the well-known thermal diffusion imaging technique...
The authors demonstrated a fast, wide-area, precise thermal NDE imaging system to quantify aircraft ...
Aircraft leading edge is one of the most important subjects of aircraft scheduled maintenance. Leadi...
We have developed precise thermal NDE as a wide-area inspection tool to quantify structural damage w...