Due to tolerances and sensitivities of composite materials and manufacturing processes, manufacturing deviations cannot always be fully avoided. This may lead to inevitable structural defects, resulting in additional effort and costs for non-added value rework. Within the workshop methods will be presented for analysing deviations during composite layup and curing processes and as well as for evaluating resulting structural properties
The choice of a suitable material model to simulate process induced distortions is important in orde...
Within the European funded project ECOMISE a new approach for composite manufacturing is developed. ...
Using the Automated-Fiber-Placement (AFP) a fast deposition of large amounts of com-posite material,...
The development and manufacturing of composite structures often requires great effort to derive opti...
The increasing application of carbon fiber reinforced plastics as a structural material pursues the...
The ability to consistently produce composite structures with controlled tolerance remains a challen...
In the period of technological preparation and initial stages of development in the mass production ...
All manufacturing processes are afflicted by geometrical variation, which can lead to defect product...
Identifying residual stresses and the distortions in composite structures during the curing process ...
Thermoset-based composite materials exhibit distortions as a result of the manufacturing process. Th...
International audienceThe geometric stability of structural parts is a critical issue in the aeronau...
ABSTRACT: An experimental investigation was conducted of the effect of curing cycle on the developme...
In contrast to metallic parts the final geometry and superior structural properties of composite str...
Process-induced distortions (PID) of high-performance CFRP structures lead to problems with dimensio...
Contemporary composite part development and manufacturing, in particular of high performance light w...
The choice of a suitable material model to simulate process induced distortions is important in orde...
Within the European funded project ECOMISE a new approach for composite manufacturing is developed. ...
Using the Automated-Fiber-Placement (AFP) a fast deposition of large amounts of com-posite material,...
The development and manufacturing of composite structures often requires great effort to derive opti...
The increasing application of carbon fiber reinforced plastics as a structural material pursues the...
The ability to consistently produce composite structures with controlled tolerance remains a challen...
In the period of technological preparation and initial stages of development in the mass production ...
All manufacturing processes are afflicted by geometrical variation, which can lead to defect product...
Identifying residual stresses and the distortions in composite structures during the curing process ...
Thermoset-based composite materials exhibit distortions as a result of the manufacturing process. Th...
International audienceThe geometric stability of structural parts is a critical issue in the aeronau...
ABSTRACT: An experimental investigation was conducted of the effect of curing cycle on the developme...
In contrast to metallic parts the final geometry and superior structural properties of composite str...
Process-induced distortions (PID) of high-performance CFRP structures lead to problems with dimensio...
Contemporary composite part development and manufacturing, in particular of high performance light w...
The choice of a suitable material model to simulate process induced distortions is important in orde...
Within the European funded project ECOMISE a new approach for composite manufacturing is developed. ...
Using the Automated-Fiber-Placement (AFP) a fast deposition of large amounts of com-posite material,...