Searched for: author%3A%22van+Campen%2C+J.M.J.F.%22
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Structural integration of a full-composite, double-walled, vacuum-insulated, cryo-compressed tank for the Flying V: a numerical study
Structural integration of a full-composite, double-walled, vacuum-insulated, cryo-compressed tank for the Flying V: a numerical study
Exploring the potential of variable stiffness design in reducing the life-cycle impact of composite aircraft parts
Exploring the potential of variable stiffness design in reducing the life-cycle impact of composite aircraft parts
Corrigendum to “Student paper competition at the eleventh IAASS space safety conference, ‘Managing Risk in Space’ in 2021” (The Journal of Space Safety Engineering (2022) 9(2) (125–126), (S2468896722000404), (10.1016/j.jsse.2022.05.002))
Corrigendum to “Student paper competition at the eleventh IAASS space safety conference, ‘Managing Risk in Space’ in 2021” (The Journal of Space Safety Engineering (2022) 9(2) (125–126), (S2468896722000404), (10.1016/j.jsse.2022.05.002))
The effect of stacking sequence and circumferential ply drop locations on the mechanical response of type IV composite pressure vessels subjected to internal pressure
The effect of stacking sequence and circumferential ply drop locations on the mechanical response of type IV composite pressure vessels subjected to internal pressure: A numerical and experimental study
Straightening out the Adoption of Variable Stiffness Composite Laminates in Aerospace Industry
Straightening out the Adoption of Variable Stiffness Composite Laminates in Aerospace Industry
Editorial: Student paper competition at the eleventh IAASS space safety conference, ‘Managing Risk in Space’ in 2021
Editorial: Student paper competition at the eleventh IAASS space safety conference, ‘Managing Risk in Space’ in 2021
Straight Fibre Variable Stiffness Laminates: Using laminate blending instead of fibre steering (PPT)
Straight Fibre Variable Stiffness Laminates: Using laminate blending instead of fibre steering (PPT)
Demonstration of a Computationally Efficient Method for Stacking Sequence Blending of Composite Laminates
Demonstration of a Computationally Efficient Method for Stacking Sequence Blending of Composite Laminates
Development of a generic geometry to test the limits of automated draping and stamp forming processes in composite manufacturing
Development of a generic geometry to test the limits of automated draping and stamp forming processes in composite manufacturing
(Blended Learning)2
(Blended Learning)2: Blending content- and learning-oriented objectives in a blended learning environment
Optimum lay-up design of variable stiffness composite structures
Optimum lay-up design of variable stiffness composite structures
Design of Fiber-steered Variable-stiffness Laminates Based on a Given Lamination Parameters Distribution
Design of Fiber-steered Variable-stiffness Laminates Based on a Given Lamination Parameters Distribution
Searched for: author%3A%22van+Campen%2C+J.M.J.F.%22
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