Master's thesis of Engineering: Bio-inspired topologies to enhance the mechanical strength of co-cured Ti-CFRP hybrid joints
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The main aim of this study is to investigate utilising root-like architectures to improve the interfacial strength of pin-integrated hybrid composite-metal structures. Joints are critical elements in aircraft structures and require special consideration due to their vital role in the structural integrity of airframes. Although bonded and bolted systems are used commonly in engineering applications, pinning technologies have shown tremendous potential for hybrid joints.
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Masters thesis of Engineering: Bio-inspired topologies to enhance the mechanical strength of co-cured Ti-CFRP hybrid joints
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Masters thesis of Engineering: Bio-inspired topologies to enhance the mechanical strength of co-cured Ti-CFRP hybrid joints
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Master's thesis of Engineering Master's thesis Hybrid metal-composite joints Pin reinforcements Additive manufacturing Finite element analysisGợi ý tài liệu liên quan:
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