A concrete beam is a basic element for many applications in architectural engineering, and
its vibration property plays an important role in safety and life-span. Previous vibration …

This paper presents the analysis of free vibration and stress state of steel–concrete
composite beams, using high-order theories and closed-form solutions based on Carrera …

The paper presents the finite element model updating algorithm based on a substructuring
method. The proposed algorithm enables model order reduction of selected substructures in …

Box beams have been used widely in engineering fields. This paper proposes a higher-
order shear deformation beam theory to investigate the transverse vibration and stability of …

At the stage of designing a special machine tool, it is necessary to analyze many variants of
structural solutions of frames and load-bearing systems and to choose the best solution in …

The present study introduces a one-dimensional finite element (FE) model that utilizes third-
order deformation kinematics to analyze the flexural vibration of two-layered composite …

The development of perforation technology has increased the use of perforated structures in
many engineering fields, from nano/micro to macro scales. This paper proposes a solution …

The paper presents the concept of a support system for the manufacture of machine spare
parts. The operation of the system is based on a reverse engineering module enabling …