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Date: 26 November 2012 – Phoenix Room<br />
<strong>The</strong> ICCM2012, Gold Coast, Australia<br />
MS-14 (1): Computational mechanics methodologies and schemes <strong>for</strong> the structural integrity analysis<br />
Chair: Prof H. Okada (Tokyo University of Science)<br />
Time ID Author* Title<br />
10:30-<br />
10:50<br />
10:50-<br />
11:10<br />
11:10-<br />
11:30<br />
11:30-<br />
11:50<br />
11:50-<br />
12:10<br />
12:10-<br />
12:30<br />
179 H. Kawai A Mesh Generation Framework <strong>for</strong> Fracture Mechanics and Crack<br />
Propagation<br />
181 K. Satoh Comparisons on the per<strong>for</strong>mances of the tetrahedral and hexahedral finite<br />
elements in large strain elasto-plastic analysis<br />
185 Zoo-Hwan,<br />
Hah<br />
187 Sung-Kie<br />
Youn<br />
Extending the basis of trimmed surface analysis <strong>for</strong> stabilized numerical<br />
analysis<br />
Modified trimmed surface analysis in Isogeometric analysis<br />
190 Renhua Feng Methodology Comparison <strong>for</strong> Engine Radiated Noise Analysis<br />
169 J Petrolito Vibration of orthotropic plates using hybrid-Trefftz elements<br />
MS-14 (2): Computational mechanics methodologies and schemes <strong>for</strong> the structural integrity analysis<br />
Chair: Prof H. Kawai (Tokyo University of Science, Suwa)<br />
Time ID Author* Title<br />
14:20-<br />
14:40<br />
14:40 -<br />
15:00<br />
15:00-<br />
15:20<br />
15:20-<br />
15:40<br />
180 H. Okada Analysis of Multiple Crack Propagation and their Coalescence using the<br />
Automatic Meshing Technique <strong>for</strong> Quadratic Tetrahedral Finite<br />
182 Toyoyasu<br />
Nishikawa<br />
On Crack Propagation Analysis under a Residual Stress Field(Mappings of<br />
Inherent Strains and Residual Stresses)<br />
188 C. Hwu A Special Boundary Element <strong>for</strong> Interface Corners in Viscoelastic<br />
Materials<br />
183 Yasunori<br />
Yusa<br />
Partitioned Iterative Coupling Algorithm <strong>for</strong> Large-scale Mixed-mode<br />
Computational Fracture Mechanics<br />
MS-14 (3): Computational mechanics methodologies and schemes <strong>for</strong> the structural integrity analysis<br />
Chair: Prof H. Okada (Tokyo University of Science)<br />
Time ID Author* Title<br />
16:00-<br />
16:20<br />
166 J Petrolito A family of mixed elements <strong>for</strong> nonlinear frame analysis<br />
16:20-<br />
16:40<br />
16:40-<br />
17:00<br />
17:00-<br />
17:20<br />
17:20-<br />
17:40<br />
17:40-<br />
18:00<br />
170 Guoqin Shi Numerical simulations of the residual stress/strain profile induced by cold<br />
expansion process in multi-hole plates<br />
171 X. Y.<br />
Zhuang<br />
A shell-joint model <strong>for</strong> analyzing lining structure of shield-driven tunnel<br />
174 Xiongyao<br />
Xie<br />
371 Noor Akma<br />
Ibrahim<br />
An Innovative <strong>The</strong>oretical Model on Analysis of the Coupling Effect of a<br />
Track-Tunnel-Soil System<br />
Parametric test <strong>for</strong> partly interval-censored failure time data under Weibull<br />
distribution<br />
23
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