THE COMPUTATIONAL MODELLING APPROACH A MULTI-SCALE OVERVIEW

Abstract

The revolutionary progress of Computational Methods (CM) involve efficient, user-friendly source to detect the evolution of material behaviour from a multidisciplinary point of view: physical, biological, chemical or mechanical system. Besides, this technique present high level of sustainability due to the cheap price of computational modelling within reasonable times acquired under modern powerful computer. A significant advantage rise when this technique is employed at large scale in industrial platform. Thus, in the industrial field the CM transposes the experimental investigations on the numerical simulation, making the possibility to save as well main source of row material. The CM technique is applied in different sectors as: wind energy, aeronautical, naval, automotive, bio-medical, biomechanics industry, power plant assembly, building construction, electromagnetic, electronic field, weather forecasting and etc. This paper present an summary of general benefit/challenging encountered in CM converted in principal improvement into industrial area, and concludes with an open problem that provides stimulation for further research.