国际会议通知：International Workshop on Numerical Simulation for Multimaterial and Multiphysics Flows
时间：2015-01-26来源：航空学院点击：838
(IWNM-2015)
August 17-20, 2015，IAPCM, Beijing, China
Organized by
Beijing Institute of Applied Physics and Computational Mathematics(IAPCM)
National Lab of Computational Physics
Beijing Computational Science Research Center (CSRC)
Software Center for High Performance Numerical Simulation (CAEP-SCNS)
Supported by National Natural Science Foundation (NSFC)
BACKGROUND
The objective of the workshop is to bring together experts, researchers and students with interest in numerical simulation for multimaterial and multiphysics flows and their application in science and engineering fields. The workshop keeps the tradition of the computational fluid dynamics (CFD), and an emphasis is put on multi-material flows, neutron transport, multiphysics flows and mixing in various fields such as inertial confinement fusion, combustion, chemical industry, astrophysics, etc. As has been done in the past, a special effort has been made for young scientists to attend this conference and to promote their interaction with the more senior researchers.
The series of the international workshops
were initiated by the Institute of Applied Physics and Computational Mathematics with the first workshop held in IAPCM, Beijing, China in 2009. It is anticipated that the 4rd workshop will provide an opportunity for the researchers to exchange the ideas and create the knowledge in the field of the modeling and numerical simulations of compressible multi-material flows and multiphysics problems.
ABSTRACT SUBMISSION
The abstract is limited to a single A4 paper, and should be include the title of the paper, authors’ names and affiliations, a concise statement of the problem, method of approach, results and discussion, and conclusions. Please submit your abstract to IWNM2015@iapcm.ac.cn via email.
Topics include but not limited to
Numerical methods for multimaterial flows
High order and high resolution methods for hydrodynamics
Modeling and simulation of turbulent mixing and multiphase flows
