The present study focuses on experimental investigation of through the thickness displacement and strain field in thin adhesive layer in single sided (unsymmetrical) patch repaired CFRP (carbon fiber reinforced polymer) panel under tensile load. Digital image correlation (DIC) technique is employed to acquire the displacement and strain (longitudinal, peel and shear) field. Experimental determination of shear transfer length based on shear strain field obtained from DIC is introduced to estimate the optimum overlap length which is an essential parameter in patch design for the repair of CFRP structures. Further, DIC experiment with magnified optics is performed to get an insight into complex and localized strain field over thin adhesive lay...
The damages of laminated composite single-lap joints often begin from their overlap ends because str...
Structural bonding and bonded repairs of composite materials become more and more important. Underst...
Composites are significantly used in aerospace, automotive and civil structures due to their high sp...
In the present work, the behavior of thin adhesively layer in patch repaired carbon fiber reinforced...
In the present work, critical strain field in thin adhesively layer of double-sided (symmetrical) pa...
Critical analysis of adhesive layer behavior in patch-repaired carbon fiber-reinforced polymer panel...
The present work focuses on the critical strain analysis of thin adhesive layer present in single-si...
Critical analysis of adhesive layer behavior in patch-repaired carbon fiber-reinforced polymer panel...
The problem of damage evolution in composite structures, the way it propagates, performance and beha...
Increased use of carbon fiber reinforced polymer (CFRP) composites in primary structural components ...
The present study focuses on the mechanical behaviour of both single and double tapered scarf adhesi...
The diffusion of composite materials in aeronautical and aerospace applications is attributable to t...
epair of a cracked aircraft structure by an adhesively bonded composite patch has gained lot of impo...
In this work, the experimental characterization of polymer–matrix and polymer based carbon fiber rei...
This paper examines the results of material testing of hybrid glass/carbon fiber reinforced polymer ...
The damages of laminated composite single-lap joints often begin from their overlap ends because str...
Structural bonding and bonded repairs of composite materials become more and more important. Underst...
Composites are significantly used in aerospace, automotive and civil structures due to their high sp...
In the present work, the behavior of thin adhesively layer in patch repaired carbon fiber reinforced...
In the present work, critical strain field in thin adhesively layer of double-sided (symmetrical) pa...
Critical analysis of adhesive layer behavior in patch-repaired carbon fiber-reinforced polymer panel...
The present work focuses on the critical strain analysis of thin adhesive layer present in single-si...
Critical analysis of adhesive layer behavior in patch-repaired carbon fiber-reinforced polymer panel...
The problem of damage evolution in composite structures, the way it propagates, performance and beha...
Increased use of carbon fiber reinforced polymer (CFRP) composites in primary structural components ...
The present study focuses on the mechanical behaviour of both single and double tapered scarf adhesi...
The diffusion of composite materials in aeronautical and aerospace applications is attributable to t...
epair of a cracked aircraft structure by an adhesively bonded composite patch has gained lot of impo...
In this work, the experimental characterization of polymer–matrix and polymer based carbon fiber rei...
This paper examines the results of material testing of hybrid glass/carbon fiber reinforced polymer ...
The damages of laminated composite single-lap joints often begin from their overlap ends because str...
Structural bonding and bonded repairs of composite materials become more and more important. Underst...
Composites are significantly used in aerospace, automotive and civil structures due to their high sp...