This paper describes ongoing research efforts to evaluate thermographic techniques for locating flaws or damage in structural fiber composite laminates. An infra-red camera with video isotherm readout is used to identify perturbations in uniform or linear thermal fields which may be caused by presence of flaws or damage such as matrix cracks, delaminations, blind side impact damage, and partial through holes. This procedure has potential for rapid qualitative screening of large surface areas. Potential defective areas may then be analyzed by a more accurate (but more time consuming) method . Two techniques are discussed; externally applied thermal field (EATF) and stress-generated thermal field (SGTF). The EATF technique involves applying h...
This paper deals with the non destructive analysis of bonded repaired CFRP laminates by means of an ...
The composite materials have been used in aerospace industries for quite some time. Several non-dest...
Impact damage often may produce little visible surface damage, yet extensive subsurface delamination...
This paper describes ongoing research efforts to evaluate thermographic techniques for locating flaw...
For over twenty years [1–3, for example] thermography has been under development as a nondestructive...
The performance of composite materials is dependent on the constituent materials selected, material ...
Non-destructive-testing (NDT), including active thermography, has become an inevitable part of compo...
This paper investigates full-field measurement techniques based on Infrared Thermography for Non Des...
The aim of this work is a review of scientific results in the literature, related to the application...
The development of advanced composite materials for use in space and propulsion components has seen ...
The present work is devoted to damaging process in carbon–fiber reinforced laminated composites. An ...
The paper presents a new methodology for identifying sub-surface damage in composite components usin...
In this work, enhanced thermal data processing is developed with experimental procedures, improving ...
Composite materials are of increasing interest to the aerospace industry as a result of their weight...
Transient thermography is a method used successfully in the evaluation of composite materials and ae...
This paper deals with the non destructive analysis of bonded repaired CFRP laminates by means of an ...
The composite materials have been used in aerospace industries for quite some time. Several non-dest...
Impact damage often may produce little visible surface damage, yet extensive subsurface delamination...
This paper describes ongoing research efforts to evaluate thermographic techniques for locating flaw...
For over twenty years [1–3, for example] thermography has been under development as a nondestructive...
The performance of composite materials is dependent on the constituent materials selected, material ...
Non-destructive-testing (NDT), including active thermography, has become an inevitable part of compo...
This paper investigates full-field measurement techniques based on Infrared Thermography for Non Des...
The aim of this work is a review of scientific results in the literature, related to the application...
The development of advanced composite materials for use in space and propulsion components has seen ...
The present work is devoted to damaging process in carbon–fiber reinforced laminated composites. An ...
The paper presents a new methodology for identifying sub-surface damage in composite components usin...
In this work, enhanced thermal data processing is developed with experimental procedures, improving ...
Composite materials are of increasing interest to the aerospace industry as a result of their weight...
Transient thermography is a method used successfully in the evaluation of composite materials and ae...
This paper deals with the non destructive analysis of bonded repaired CFRP laminates by means of an ...
The composite materials have been used in aerospace industries for quite some time. Several non-dest...
Impact damage often may produce little visible surface damage, yet extensive subsurface delamination...