METAMODELLING APPROACH AND SOFTWARE TOOLS FOR PHYSICAL MODELLING AND SIMULATION

Vitaliy Mezhuyev, Felipe Pérez-Rodríguez

Abstract


In  computer  science,  metamodelling  approach  becomes  more  and  more  popular  for  the purpose  of  software  systems  development.  In  this  paper,  we  discuss  applicability  of  the metamodelling  approach  for  development  of software  tools  for  physical  modelling  and simulation. To define a metamodel for physical modelling  the  analysis of physical models will  be  done. The result of such the analyses  will  show  the  invariant physical structures, we propose to use  as the basic  abstractions  of the  physical  metamodel.  It is  a system of geometrical objects,  allowing  to build  a spatial  structure of physical models and  to  set  a distribution  of  physical  properties.  For  such  geometry  of  distributed  physical  properties, the  different  mathematical methods can be applied.  To prove the proposed metamodelling approach, we consider the developed prototypes of software tools.

Keywords: Metamodelling; Physical Modelling and Simulation; Geometrical Metamodel; Software Tools; Metamaterials Design.

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References


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