engleski

New Vistas in Hybrid Multiphysics Virtual Experimentation Based Science and Engineering

In this paper the state of the art aspects of the so called virtual experimentation approach to solving complex problems in science and engineering are considered. These include a novel approach to: (a) tensorial calculus ; (b) constitutive equations for both fluids and solids ; (c) integral and differential formulations in conjunction with associated methods of finite volumes and finite element ; (d) integrated Lagrangian-Eulerian solvers for hybrid problems ; (e) transition from continuum to discontinuum and apriori discontinuum assumptions ; (f) applications in science and engineering ranging from traditional civil and mechanical engineering to bioscience and medical engineering.

virtual experimentation, science, engineering

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