In this work, in order to analyze the load distribution on bolted joints, three different configurations of joints were modeled using the finite element method FEM, varying the joined parts and shim thickness, the intensity of the applied loads and the bolt diameter. All the proposed models are bi-dimensional, modeled with plate elements which present the same inertial moment of the parts in be...

This paper presents both experimental and numerical studies on bolted glass fiber reinforced polymer (GFRP) joints subjected to uniaxial tension different thermal conditions (?20 ?, 20 ? 60 ?). Laboratory tests are conducted obtain strength, elastic modulus deformation of the joints. The model is developed using discrete element method (DEM) that can predict not only above properties joints, bu...

The aim of the present work is to present an efficient numerical tool for the simulation of the behavior of 3D assemblies of structures with contact and friction when strong structural modifications occur. The paper focuses on the effects of missing connection elements (screws, bolts, rivets, . . . ) on the behavior of the assembly. A fast and efficient domain decomposition strategy for predict...