University of California at Berkeley
August 1, 2016 – August 4, 2016
The ICCM is an international conference providing an international forum for exchanging ideas on recent advances in areas related to computational methods, numerical modelling & simulation, as well as their applications in engineering and science. It will accommodate presentations on a wide range of topics to facilitate inter-disciplinary exchange of ideas in science, engineering and related disciplines, and foster various types of academic collaborations.
The ICCM conference series were originated in Singapore in 2004 by Professor GR Liu, followed by ICCM2007 in Hiroshima, Japan, ICCM2010 in Zhangjiajie, China, ICCM2012 in Gold Coast, Australia, ICCM2014 at Cambridge, England, and ICCM2015 at Auckland, New Zealand. We are looking forward to seeing you at ICCM2016 at Berkeley, CA, USA.
The ICCM2016 location is University of California at Berkeley, Sutardja Dai Hall, California, U.S.A.
330 Sutardja Dai Hall, MC 1764, Berkeley, CA 94720-1764
(Nearest address: 2594 Hearst Ave., Berkeley, CA 94720)
Berkeley is well-known for its magnificent natural beauty and has a pleasant climate in summer. It is the birthplace of modern science and technology. It is the home of UC-Berkeley, Stanford University, and the well-known Silicon Valley. Berkeley is a major city in USA. It is well connected to major cities by direct flights. Visiting the beautiful city and surrounding landscape will provide a unique and unforgettable experience. More information can be found at the following links, http://www.visitberkeley.com/.
Professor Shaofan Li
Professor G.R. Liu
Conference Chairs
Conference Information
- » Overview
- » Track Policies
- » Presentations
- » Conference Schedule
- » Organizers and Partners
- » Timeline
Themes
The scope of ICCM2016 will be broad, covering theory, algorithm, programming, coding, numerical simulation, High Performance Computing techniques, error and uncertainty analysis and/or novel applications of computational techniques to problems in engineering, science, and other disciplines related to computations. Topics include but not limited to:
• Computational mechanics for solids and structures
• Computational material science and engineering
• Computational Fluid dynamics
• Computational heat transfer
• Computational mathematics
• Computational biology
• Computational meso/micro/nano Mechanics
• Computational uncertainties
• Computational physics
• Meshless/Meshfree/Particle methods
• Advanced finite
• element/difference/volume methods
• Boundary element methods
• Molecular and quantum methods
• Computational Rheology
• Multi-scale methods
• Inverse problem and Optimization
• Health monitoring
• Uncertainty analysis
• Validation and verification
• Development of software for numerical simulation
• Computational techniques for applications in engineering, science, and other disciplines
• High-performance computing techniques
• Big-Data and Data intensive computing techniques
• Integrated experimental and computational techniques
• Computationa and communication
• Others
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