Add to ORKG15th International Conference on Composite Structures (ICCS/15), University of Porto, Porto, Portugal, 15-17 June 2009This work focuses on the analysis of temperature and bolt torque influence on aeronautical joint behaviour. A numerical model based on finite elements was developed. Results obtained from numerical simulations showed coupled influence of temperature combined with torque level on the jointPublicad
Future aerospace vehicles must withstand high temperatures and be able to function over a wide tempe...
peer reviewedThe Eurocodes recognise robustness as a way to ensure the structural integrity of a bui...
The paper deals with the influence of the geometric (joint clearance) and mechanical parameters (bol...
15th International Conference on Composite Structures (ICCS/15), University of Porto, Porto, Portuga...
This study focuses on the analysis of influence of temperature and bolt torque on aeronautical joint...
Hybrid bolted joints, where carbon fiber reinforced polymers and metallic plates are clamped using b...
three-dimensional finite element model has been developed to study the temperature effects on stiffn...
Experimental results from an investigation which examines the combined effects of temperature, joint...
When bolted joints are subjected to thermal load, variations of the bolt clamping force are of great...
This paper presents the quasi-static thermo-mechanical loading effects on the progressive damage mec...
Thermal effects on the pin-bearing behavior of an IM7/PET15 composite laminate are studied comprehen...
Composite patches are used in several fields of engineering such as civil engineering [1] or aeronau...
The use of high performance thermoplastic composites (TPCs) in the aviation industry has increased o...
Thermal-structural coupling nonlinear finite element analyses are conducted in this paper to determi...
The use of fibre composites in the design of load carrying aircraft structures has been increasing o...
Future aerospace vehicles must withstand high temperatures and be able to function over a wide tempe...
peer reviewedThe Eurocodes recognise robustness as a way to ensure the structural integrity of a bui...
The paper deals with the influence of the geometric (joint clearance) and mechanical parameters (bol...
15th International Conference on Composite Structures (ICCS/15), University of Porto, Porto, Portuga...
This study focuses on the analysis of influence of temperature and bolt torque on aeronautical joint...
Hybrid bolted joints, where carbon fiber reinforced polymers and metallic plates are clamped using b...
three-dimensional finite element model has been developed to study the temperature effects on stiffn...
Experimental results from an investigation which examines the combined effects of temperature, joint...
When bolted joints are subjected to thermal load, variations of the bolt clamping force are of great...
This paper presents the quasi-static thermo-mechanical loading effects on the progressive damage mec...
Thermal effects on the pin-bearing behavior of an IM7/PET15 composite laminate are studied comprehen...
Composite patches are used in several fields of engineering such as civil engineering [1] or aeronau...
The use of high performance thermoplastic composites (TPCs) in the aviation industry has increased o...
Thermal-structural coupling nonlinear finite element analyses are conducted in this paper to determi...
The use of fibre composites in the design of load carrying aircraft structures has been increasing o...
Future aerospace vehicles must withstand high temperatures and be able to function over a wide tempe...
peer reviewedThe Eurocodes recognise robustness as a way to ensure the structural integrity of a bui...
The paper deals with the influence of the geometric (joint clearance) and mechanical parameters (bol...