In this paper, a thermomechanical problem involving viscoelastic Timoshenko beam is analyzed from numerical point of view. The so-called thermodiffusion effects are also included in the model. written as linear system composed two second-order-in-time partial differential equations for transverse displacement and rotational movement, first-order-in-time temperature chemical potential. correspon...

The effect of UV beam, which has been emitted from a natural or a manmade source on cells has been studied in previous studies for several times. Radiation of this beam can have different effects on DNA of the cell, cytotoxicity, the structure of cellular proteins and their mechanical properties based on radiation period or frequency. The effect of radiation of two types of beams, namely UVB an...

Abstract Beam lattice materials are characterized by a periodic microstructure realizing geometrically regular pattern of elementary cells. The dispersion properties governing the free dynamic propagation elastic waves can be studied formulating parametric discrete models cellular and applying Floquet-Bloch theory. Within this framework, wave means spectral design techniques and/or energy dissi...

This work deals with a comprehensive theoretical and numerical framework that allows the modeling of finite strain magnetorheological elastomers (MREs) comprising mechanically soft nonlinear elastic–viscoelastic polymer phases magnetically hard (i.e. dissipative) or purely energetic) magnetic phases. The is presented in general manner implemented using element method. Two software implementatio...