About Us 

Multiphysics analysis has been developed over the recent past to better represent the behaviour of complex processes by the use of simultaneous modelling of a number of systems. This development is driven by the industrial need to further the understanding of real physical phenomena in order to develop and design safer and more efficient products which are environmentally friendly. Such analyses and investigations were impossible to perform in the past due to a lack of powerful computing systems.

The scope of the society is to address the latest advances in theoretical developments, numerical modelling and industrial applications which will promote the concept of simultaneous engineering. Typical combinations would involve a selection from subject disciplines such as Fluid, Structure, Explosive, Thermal, Acoustic, Magnetic and other similar disciplines.

Aim and Objectives:

The aim of the society is to enable all those interested in Multiphysics to discuss and disseminate the most up-to-date research findings for purposes of product and process improvements. This encompasses maximisation of Multiphysics dialogue across international borders at all levels, collaboration between researchers, institutions, industry and governments, and development of curriculum for the higher education sectors worldwide.

The objectives of the society encompass:

• maximisation of multiphysics dialogue across international borders at all levels,

• collaboration between researchers, institutions, industry and governments,

• development of curriculum for the higher education sectors worldwide.