10 research outputs found
Experimental and numerical study of optimum functionally graded Aluminum/GFRP adhesive lap shear joints using Epoxy/CTBN
No full textMechanical fracture characterization of adhesive interfaces: Introducing a new concept for evaluating adhesive quality
No full text
Simulating the effect of fiber bridging and asymmetry on the fracture behavior of adhesively-bonded composite joints
No full textThe fracture behavior of adhesively-bonded pultruded double cantilever beam specimens is studied in this chapter. The crack propagates along paths away from the symmetry plane and is accompanied by fiber bridging. Finite element models are developed to quantify the effects of asymmetry and fiber bridging on the fracture energy. The virtual crack closure technique can be used for calculation of the fracture components at the crack tip and an exponential traction–separation cohesive law can be applied to simulate the fiber-bridging zone. The cohesive zone model developed in this chapter can be used for simulating progressive crack propagation in other joint configurations composed of the same adherends and adhesive
A dynamic response analysis of adhesive - Bonded single lap joints used in military aircrafts made of glass fiber composite material undercyclic impact loading
No full textEnhancement of fracture toughness in secondary bonded CFRP using hybrid thermoplastic/thermoset bondline architecture
No full text
