Title :
Interfacing Issues in Multi-Domain Simulation Tools
Author :
Faruque, M.O. ; Dinavahi, V. ; Steurer, M. ; Monti, A. ; Strunz, K. ; Martinez, J.A. ; Chang, G.W. ; Jatskevich, J. ; Iravani, R. ; Davoudi, A.
Abstract :
This task force paper presents multi-domain tools and their interfacing issues to perform simulations that require expertise in multiple areas of physics, such as electrothermal, electromechanical, electrochemical, and electromagnetic simulations, etc. Features of single multi-domain simulation tools, which are capable of simulating more than one system such as electrical chemical, mechanical, etc., are discussed. In addition, programs that are not capable of performing multi-domain simulation independently but can be interfaced with other programs to perform multi-domain simulation are also covered. Two case studies are reported where multi-domain simulations are performed in offline and real-time environments through the interfacing of more than one simulation tool.
Keywords :
digital simulation; physics computing; computer simulation; electrochemical simulation; electromagnetic simulation; electromechanical simulation; electrothermal simulation; interfacing issue; multidomain simulation tool; physics area; Computational modeling; Finite element methods; Hardware; Integrated circuit modeling; Mathematical model; Real time systems; Software; Interfacing; multi-domain; multi-physics; simulation tools;
Journal_Title :
Power Delivery, IEEE Transactions on
DOI :
10.1109/TPWRD.2011.2170861