Displacement Behavior of Single-lap Joints Made from Functionally Graded Polymeric Materials

For adhesively bonded joint security and long-term use of the joint, a precise stress analysis must be performed on single-lap joints. A formed by joining two layers at given lap length, is most widely used adhesive type in practice. Nowadays, it stated that mechanical properties strength can increased adding clay graphite to polymeric material joints, trying estimate for various loading conditions. This paper focuses bending moment behavior composed newly designed functionally graded materials (FGPMs). this purpose, geometry subject discussed. However, assumed beams connection are FGPMs. The modeled using new recently developed FGPMs forming glued was obtained PAM 96/98 PV 60/65 powders epoxy resin 3%, 6%, 9% 12% volume ratios. effects ratio maximum displacements were investigated subjected moment. In addition, peeling (σy), Shear (τxy) also von-Mises (σvon) occurring mid-plane layer with powder added determined each presented graphs.