Pages that link to "Item:Q1775836"

The following pages link to A 3D delamination modelling technique based on plate and interface theories for laminated structures (Q1775836):

Displaying 16 items.

• Interface crack between isotropic Kirchhoff plates (Q399764) (← links)
• An efficient procedure for determining mixed-mode energy release rates in practical problems of delamination (Q671746) (← links)
• The postbuckling analysis of laminated circular plate with elliptic delamination (Q718351) (← links)
• Energy release rate and phase angle of delamination in sandwich beams and symmetric adhesively bonded joints (Q1043476) (← links)
• Modeling laminated composite structures as assemblage of sublaminates (Q1098357) (← links)
• A coupled interface-multilayer approach for mixed mode delamination and contact analysis in laminated composites (Q1434680) (← links)
• Stress and fracture analysis in delaminated orthotropic composite plates using third-order shear deformation theory (Q1631987) (← links)
• Nonsingular crack modelling in orthotropic plates by four equivalent single layers (Q1657830) (← links)
• Application of Reddy's third-order theory to delaminated orthotropic composite plates (Q1669346) (← links)
• On the energy release rate and mode mix of delaminated shear deformable composite plates (Q1779662) (← links)
• An analytical delamination model for laminated plates including bridging effects (Q1858723) (← links)
• Delamination damage analyses of adhesively bonded lap shear joints in laminated FRP composites (Q1956189) (← links)
• Nonlocal layerwise formulation for bending of multilayered/functionally graded nanobeams featuring weak bonding (Q2229670) (← links)
• Finite element interface models for the delamination analysis of laminated composites: Mechanical and computational issues (Q2709681) (← links)
• Interaction Between Interlaminar and Intralaminar Damage in Fiber-Reinforced Composite Laminates (Q3616638) (← links)
• Modelling of laminates using a layerwise element with enhanced strains (Q4253863) (← links)