Fatigue & Fracture of Adhesive Bonds - Effect of Thickness
- Zavatta, Nicola
- Pascoe, John-Alan
DOI Publisher
DataverseNLAbstract
Fatigue crack growth tests and quasi-static tests on Al/FM94/Al adhesive bonds with different adhesive thicknesse
Fatigue crack growth tests and quasi-static tests on Al/FM94/Al adhesive bonds with different adhesive thicknesse
Adhesive joints are normally subject to static and fatigue loadings in their entire service-life dur...
Adhesive joining technology is important for reducing the weight of an automobile body. As joints ca...
Fatigue crack growth tests on DCB specimens consisting of Al-2024-T3/FM94/Al-2024-T3. Tests were con...
This dataset contains data from fatigue crack growth experiments on Al-2024-T3 / FM94 double cantile...
Fatigue crack growth experiments on aluminium-2024-T3 / FM94 epoxy / aluminium-2024-T3 bonded joint ...
Data from fatigue crack growth tests on FM94 epoxy adhesive bonds at different temperatures
Dataset containing quasi-static and fatigue tests on Al-2024/FM94/Al-2024 adhesive bonds. Copy of th...
Quasi-static and fatigue crack growth tests of metal-metal adhesive bonds. Tests were performed on d...
The effect of adhesive thickness on fatigue crack growth in an epoxy film adhesive (FM94) was invest...
The main objective of the project was to establish a fracture-mechanics energy-based approach for th...
As a result of environmental goals, global manufacturer's and suppliers of materials and engineering...
The relationship between crack path and test method was examined by comparing the performance of adh...
Quasi-static and fatigue tests of metal-metal adhesive bonds. Both raw data (crack length, force and...
The main aim of this article is to investigate the effect of frequency on fatigue crack propagation ...
The fatigue de-bond growth studies have been conducted on adhesively bonded lap joint specimens bet...
Adhesive joints are normally subject to static and fatigue loadings in their entire service-life dur...
Adhesive joining technology is important for reducing the weight of an automobile body. As joints ca...
Fatigue crack growth tests on DCB specimens consisting of Al-2024-T3/FM94/Al-2024-T3. Tests were con...
This dataset contains data from fatigue crack growth experiments on Al-2024-T3 / FM94 double cantile...
Fatigue crack growth experiments on aluminium-2024-T3 / FM94 epoxy / aluminium-2024-T3 bonded joint ...
Data from fatigue crack growth tests on FM94 epoxy adhesive bonds at different temperatures
Dataset containing quasi-static and fatigue tests on Al-2024/FM94/Al-2024 adhesive bonds. Copy of th...
Quasi-static and fatigue crack growth tests of metal-metal adhesive bonds. Tests were performed on d...
The effect of adhesive thickness on fatigue crack growth in an epoxy film adhesive (FM94) was invest...
The main objective of the project was to establish a fracture-mechanics energy-based approach for th...
As a result of environmental goals, global manufacturer's and suppliers of materials and engineering...
The relationship between crack path and test method was examined by comparing the performance of adh...
Quasi-static and fatigue tests of metal-metal adhesive bonds. Both raw data (crack length, force and...
The main aim of this article is to investigate the effect of frequency on fatigue crack propagation ...
The fatigue de-bond growth studies have been conducted on adhesively bonded lap joint specimens bet...
Adhesive joints are normally subject to static and fatigue loadings in their entire service-life dur...
Adhesive joining technology is important for reducing the weight of an automobile body. As joints ca...
Fatigue crack growth tests on DCB specimens consisting of Al-2024-T3/FM94/Al-2024-T3. Tests were con...
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