Vol 6, No 3 (2013)
Table of Contents
Technology
| Calculation of Heat Transfer and Fluid Flow in Complex Geometries Using a Finite Volume Method in Body-Fitted Coordinates | |
| S. Putivisutisak and S. Prasertlarp | 1-9 |
| Characteristic Level Set Method for Solving Motion in Normal Direction Problems | |
| S. Phongthanapanich | 11-17 |
| Simulation of Slip Effect with 4:1 Contraction Flow for Oldroyd-B Fluid | |
| N. Thongjub, B. Puangkird and V. Ngamaramvaranggul | 19-28 |
| Numerical Simulation of Single and Double Bundle Reconstruction on Knee while Walking | |
| W. Limtrakarn, W. Phakdeepinit and B. Chernchujit | 29-34 |
| An Explicit Characteristic-based Finite Volume-Element Method for Convection-Diffusion-Reaction Equation with Source Term | |
| S. Phongthanapanich | 35-44 |
| A Short Review of 2D-Discrete Dislocation Modeling for Fracture/Fatigue | |
| S. Olarnrithinun | 45-57 |
| Circular Die Swell Evaluation of LDPE Using Simplified Viscoelastic Model | |
| W. Limtrakarn, Y. Pratumwal, J. Krunate, C. Prahsarn, W. Phompan, T. Sooksomsong and W. Klinsukhon | 59-68 |
| Stress Analysis and Validation of Superstructure of 15-meter Long Bus under Normal Operation | |
| S. Lapapong, N. Pitaksapsin, S. Sucharitpwatkul, T. Tantanawat, R. Naewngerndee and A. Phuchamnong | 69-74 |
| Study of Shock Tube Problem on Two-dimensional Triangular Grids by means of RoeVLPA Scheme | |
| S. Phongthanapanich | 75-81 |
| Adaptive DKT Finite Element for Plate Bending Analysis | |
| P. Bhothikhun and P. Dechaumphai | 83-90 |
| Combined Adaptive Meshing Technique and a Characteristic-based Finite Volume Element Method for Solving Convection-Diffusion-Reaction Equation | |
| P. Theeraek | 91-99 |
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