Computational Methods in Engineering & Science

1. Front Matter

   Pages i-xiv

   PDF

2. Plenary Lectures

   1. Management of Water Pollutants Based on Multi-Criteria Analysis and Fuzzy Logics

      • Serge Cescotto, Marc Roubens, Nicolas Rigo, Shixiang Gao, Xiaodong Wang, Aiquan Zhang et al.

      Pages 1-14

   2. Enriched Element Method and Its Applications to Solid Mechanics

      • Genki Yagawa, Hitoshi Matsubara

      Pages 15-18

   3. Large-Scale Boundary Element Analysis in Solid Mechanics Using Fast Multipole Method

      • Z. H. Yao, P. B. Wang, T. Lei, H. T. Wang

      Pages 19-34

3. Semi-plenary Lectures

   1. Optimization and Robustness of Deformable Systems with Randomness

      • I. Doltsinis, Z. Kang

      Pages 35-50

   2. Simulation of Stochastic Fluctuating Wind Field Using the Wave Superposition Method with Random Frequencies

      • D. J. Han, J. J. Luo

      Pages 51-58

   3. Monotonic and Cyclic Analysis of Granular Soils

      • N. Khalili, M. A. Habte, S. Valliappan

      Pages 59-70

   4. Adaptive Meshfree Methods Using Local Nodes and Radial Basis Functions

      • G. R. Liu, Bernard B. T. Kee, Z. H. Zhong, G. Y. Li, X. Han

      Pages 71-86

   5. Multiresolution Mechanics for Material Design and Manufacturing

      • Wing Kam Liu

      Pages 87-87

   6. Application of Computational Mechanics to Reliability Studies of Electronic Packaging

      • N. Miyazaki, T. Ikeda

      Pages 88-100

   7. Topology Optimization of Structures: Applications in the Simulation and Design of Cellular Materials

      • H. C. Rodrigues

      Pages 101-112

   8. Rigid Body Considerations for Geometric Nonlinear Analysis of Structures Based on the Updated Lagrangian Formulation

      • Y. B. Yang, S. P. Lin, C. S. Chen

      Pages 113-128

   9. Nano-Modeling Structure and Micromechanical Properties of Mesoscopic Composite Systems

      • Yu. G. Yanovsky

      Pages 129-138

   10. An Extremely Efficient Finite-Element Model Updating Methodology with Applications to Damage Detection

       • Ka-Veng Yuen

       Pages 139-152

   11. Dynamic Infinite Elements for Soil-Structure Interaction Analysis in a Layered Soil Medium

       • C. B. Yun, J. M. Kim

       Pages 153-167

4. Abstracts of Regular Sessions

   1. Computational Fluid Mechanics

      1. Numerical Simulation of Cavitation Generation in Tandem Cascades

         • C. Kang, D. Liu, M. G. Yang

         Pages 169-169

      2. Numerical Simulation of Atrium Fire using Two CFD Tools

         • V. K. Sin, L. M. Tarn, S. K. Lao, H. F. Choi

         Pages 170-170

      3. Investigation of the Particulate Matters with the Aid of CFD

         • L. M. Tam, V. K. Sin, H. I. Sun, K. I. Wong

         Pages 171-171

      4. CFD Analysis of Fire in a Forced Ventilated Enclosure

         • L. M. Tam, V. K. Sin, S. K. Lao, H. F. Choi

         Pages 172-172

      5. Development of the Diffusion Control System using Air Shutter

         • T. Asami, Y. Nakabayashi

         Pages 173-173

The 9th EPMESC was successfully held in Macao in November of 2003. At the end of the conference the Board of the EPMESC series decided that the next conference would be held in a city of the mainland of China. Also I was assigned to be the Chair person of the Conference. No doubt this is a great honor to me and also a challenge because there are so many professional international conferences in computational mechanics happening frequently in the world. After the successful organizing of WCCM6 in Beijing, September of 2004,1 engaged to organize the 10th EPMESC. First of all, I had to choose the venue of the Conference. After some investigation and a lot of negotiation we went to see the site of the venue in Sanya, Hainan Island, the south-most city in China. Finally we made the decision. The most important reason for the choice was the ecological environment of this city. It is beneficial to our health after hard work. We scientists and engineers need a good relaxing place after working hard- a place to enjoy life with friends and family. Sanya is an ideal place and a real green city. Blue sky and white clouds, the peaceful sea and the long beach with white sand, shells and pearls, no pollution and no industry. Everything is so beautiful.

• Promotion
• Software
• algorithm
• algorithms
• mechanics
• optimization
• science

• Dept. of Engineering Mechanics, Tsinghua University, China

  Z. H. Yao

• Academician, Chinese Academy of Sciences Dept. of Mechanics and Engineering Sciences, Peking University, China

  M. W. Yuan

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