Add to ORKGThe feasibility of using the thermoelastic stress analysis technique to measure damage severity in woven composite materials is investigated. Controlled levels of impact damage are introduced into strip specimens manufactured from laminated woven E-glass polyester material. Thermoelastic data is obtained for the material in the damaged and undamaged state using the Deltatherm system. The readings are compared and it is demonstrated that, with knowledge of the impact location, the thermoelastic signal level increases with damage severity
International audienceInfrared thermography was used to study damage developing in woven fabrics. Tw...
Full-field data captured equating to the real-time stress state in a composite material has the abil...
Instrumented impact test was used to assess the impact performance of E-glass woven fabric reinforce...
The feasibility of using the thermoelastic stress analysis technique to measure damage severity in w...
The work described in this thesis considers the application of thermoelastic stress analysis (TSA) t...
Thermoelastic Stress Analysis is used to investigation two damage types in composite materials, name...
A quantitative damage assessment methodology for composite materials has been achieved using Thermoe...
A methodology for the application of Thermoelastic Stress Analysis (TSA) in damage studies of glass ...
This paper presents an overall view on impact response of woven fabric composite plates made of E-gl...
In this work, IR thermography is used as a non-destructive tool for impact damage characterisation o...
At present Thermoelastic Stress Analysis (TSA) is a laboratory based technique as it is limited by t...
analysis Shortened title: Impact damage thermography on thermoplastic composites In this work, IR th...
The current paper presents a new combined technique for damage detection, localisation and establish...
Instrumented impact test was used to evaluate the effect of temperature on the impact performance of...
Damage complexity represents one of the main limitations to the diffusion of composite materials in ...
International audienceInfrared thermography was used to study damage developing in woven fabrics. Tw...
Full-field data captured equating to the real-time stress state in a composite material has the abil...
Instrumented impact test was used to assess the impact performance of E-glass woven fabric reinforce...
The feasibility of using the thermoelastic stress analysis technique to measure damage severity in w...
The work described in this thesis considers the application of thermoelastic stress analysis (TSA) t...
Thermoelastic Stress Analysis is used to investigation two damage types in composite materials, name...
A quantitative damage assessment methodology for composite materials has been achieved using Thermoe...
A methodology for the application of Thermoelastic Stress Analysis (TSA) in damage studies of glass ...
This paper presents an overall view on impact response of woven fabric composite plates made of E-gl...
In this work, IR thermography is used as a non-destructive tool for impact damage characterisation o...
At present Thermoelastic Stress Analysis (TSA) is a laboratory based technique as it is limited by t...
analysis Shortened title: Impact damage thermography on thermoplastic composites In this work, IR th...
The current paper presents a new combined technique for damage detection, localisation and establish...
Instrumented impact test was used to evaluate the effect of temperature on the impact performance of...
Damage complexity represents one of the main limitations to the diffusion of composite materials in ...
International audienceInfrared thermography was used to study damage developing in woven fabrics. Tw...
Full-field data captured equating to the real-time stress state in a composite material has the abil...
Instrumented impact test was used to assess the impact performance of E-glass woven fabric reinforce...