The aim of this paper is to present a simple and applicable model for predicting the dynamic
behavior of bolted joints in hybrid aluminum/composite structures and its model updating …

In this work, we introduce a general framework that enables to perform real-time validation of
mechanical models. This framework is based on two main ingredients:(i) the constitutive …

In this paper, we introduce a goal-oriented procedure for the updating of mechanical
models. It is based as usual on information coming from measurement data, but these data …

In structural dynamics, the modified constitutive relation error is a widely used functional for
model updating. The method involves a two-step iterative process to minimize the functional …

In this research, the new concept of 'bolted joint affected region (BJAR)'is introduced to
simulate dynamical behavior of bolted lap joints. Such regions are modeled via special …

Bolted joints have been widely used in the automotive and aerospace industries to join
structural components due to its easy assembly method and low cost. However, the effect of …

Solving solid mechanic equations using finite element analysis is an attractive yet time
consuming technique when applied to a facade system. In addition, the interpretation of …

Predicting the leakage condition is of primary importance when designing metal-to-metal
flanges. The gap between flange surfaces is regarded as a partially open crack with a zero …

Fasteners in assemblies are often subjected to multi-axial loading; however, the role of load
angle and the assembly design/geometry on the failure of fasteners are not well understood …

The dynamic properties of joints, or inter-component connections, are a principal source of
uncertainty when modelling complex built-up structures. In the present paper, we propose …