Functional Compliance of Multifunctional Bondlines with Disbond Arrest and Health Monitoring Features for Safe and Efficient Composite Joints
portes grátis
Functional Compliance of Multifunctional Bondlines with Disbond Arrest and Health Monitoring Features for Safe and Efficient Composite Joints
Steinmetz, Julian
Springer International Publishing AG
12/2024
202
Dura
9783031724213
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Introduction.- Novel Multifunctional Bondline for Efficient and Safe Joints in Composite Aircraft.- Approaches to a Functionally Compliant Multifunctional Bondline.- Functional Compliance of Bondlines with Multifunctional Disbond Arrest Feature.- Towards the Implementation of the Multifunctional Bondline in Composite Aircraft.- Extending the Functional Compliance Concept based on the Multifunctional Bondline.-Conclusions and Future Prospects.
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Combining structural health monitoring with damage tolerance ;Sensor integration into structural bonds;Disbond arrest features for structural bonds;Functional compliance of a multifunctional bondline;Piezoresistive foil sensors for strain monitoring;Multifunctional approach to safe and efficient structural bonds;Approach to efficient primary joints in composite aircraft;Complexity management of multifunctional systems;Functional integration for improved sustainibility;Temporal and spatial aspects of functional compliance;Certification of primary joints in aircraft;Structural health monitoring of adhesive joints;Preserving the piezoelectric phase of PVDF;Crack growth in adhesively bonded joints;Potentials and limitations of structural bonding;Increasing the damage tolerance of adhesive joints;Foil sensors on PVDF substrate;Foil sensors on PEI substrate;Smart inlays for disbond arrest and damage detection;FBG sensors for strain monitoring in structural bonds
Introduction.- Novel Multifunctional Bondline for Efficient and Safe Joints in Composite Aircraft.- Approaches to a Functionally Compliant Multifunctional Bondline.- Functional Compliance of Bondlines with Multifunctional Disbond Arrest Feature.- Towards the Implementation of the Multifunctional Bondline in Composite Aircraft.- Extending the Functional Compliance Concept based on the Multifunctional Bondline.-Conclusions and Future Prospects.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Combining structural health monitoring with damage tolerance ;Sensor integration into structural bonds;Disbond arrest features for structural bonds;Functional compliance of a multifunctional bondline;Piezoresistive foil sensors for strain monitoring;Multifunctional approach to safe and efficient structural bonds;Approach to efficient primary joints in composite aircraft;Complexity management of multifunctional systems;Functional integration for improved sustainibility;Temporal and spatial aspects of functional compliance;Certification of primary joints in aircraft;Structural health monitoring of adhesive joints;Preserving the piezoelectric phase of PVDF;Crack growth in adhesively bonded joints;Potentials and limitations of structural bonding;Increasing the damage tolerance of adhesive joints;Foil sensors on PVDF substrate;Foil sensors on PEI substrate;Smart inlays for disbond arrest and damage detection;FBG sensors for strain monitoring in structural bonds
