ICOME/JASCOME 2012 program (final)
Rakuyuu Kaikan, Kyoto University, Kyoto, Japan
Programroom: Conference-Lecture room (2nd ﬂoor) unless otherwise stated
12/12 (Wednesday)• 9:20 registration• 9:50 -10:10 opening• 10:10 - 10:50 plenary (chair: N. Nishimura)– Some benchmark problems and basic ideas on accuracy of BEM, Zhenhan Yao* (TsinghuaUniversity, China)• 10:50-11:10 break• 11:10-12:30 time domain (chair: Xiao-Wei Gao and S. Hirose)– Convolution quadrature time-domain Galerkin boundary element method for two-dimensional
dynamic crack analysis in general anisotropic solids, Akira Furukawa* (Tokyo Institute ofTechnology, Japan), Takahiro Saithoh (Gunma University, Japan) and Sohichi Hirose (TokyoInstitute of Technology, Japan)– Time domain BIEM with Lubich CQM considering arrival time of inﬂuence waves, Hitoshi
Yoshikawa and Ryosuke Matsuura* (Kyoto University, Japan)– Implicit Runge-Kutta based convolution quadrature boundary element method and its application to 3-D scalar wave propagation problems, Taizo Maruyama*, Takahiro Saitoh (GummaUniversity, Japan), and Sohichi Hirose (Tokyo Institute of Technology, Japan)– A three-step multi-domain BEM for solving transient multi-media heat conduction problems,Xiao-Wei Gao*, Hai-Feng Peng, and Yu-Guang Bai, (Dalian University of Technology, China)• 12:30-13:30 lunch• 13:30-15:10 meshless and MFS (chair: Der-Liang Young and T. Takahashi)– New advances on RBF-based meshfree boundary discretization techniques, Wen Chen (presented by Ji Lin*) (Hohai University, China)– The method of fundamental solutions and Laplacian decomposition for solving twodimensional Stokes problems, Chia-Ming Fan* and Po-Wei Li (National Taiwan OceanUniversity, Taiwan)– The method of fundamental solutions for solving exterior axisymmetric high wave-number
Helmholtz problems, Wen Chen, Ji Lin* (Hohai University, China), C.S. Chen (Univ. SouthernMississippi, USA)– Meshless methods of fundamental and particular solutions to solve some ﬂuid dynamics problems, Der-Liang Young*, (National Taiwan University, Taiwan)– Upwind-based meshless local radial basis functions diﬀerential quadrature method for solving
convection-dominated problems, Yi-Ling Chan*, Li-Hsuan Shen, Der-Liang Young (National1Taiwan University, Taiwan)• 15:10-15:40 break• 15:40-17:40 fast methods (Chair: Haitao Wang and T. Takahashi)– Multiple scattering analysis of time-harmonic SH waves using ACA-boundary element method,
Akihiro Ikaida*, Takahiro Saitoh (Gumma University, Japan) and Sohichi Hirose (Tokyo Institute of Technology, Japan)– An application of adaptive cross approximation to boundary element design sensitivity analysis
for acoustic problems, Changjun Zheng*, Haibo Chen, and Leilei Chen (University of Scienceand Technology of China, China)– FEM/wideband FMBEM coupling to model ﬂuid-structure interaction, Leilei Chen*,Changjun Zheng and Haibo Chen (University of Science and Technology of China, China)– Evaluation of HTR fuel temperature by using fast boundary element method, Haitao Wang*,Xin Wang and Zhenhan Yao (Tsinghua University, China)– Boundary integral formulations for one-periodic transmission problems for Helmholtz’ equation in 2-D, Ryota Misawa*, Naoshi Nishimura (kyoto University, Japan)– On the Calderon preconditioning for periodic FMMs in acoustic-elastodynamic coupled problems, Hiroshi Isakari* (Nagoya University, Japan) and Naoshi Nishimura (Kyoto University,Japan)2

12/13 (Thursday)• 9:20-10:00 plenary (Chair: Zhenhan Yao)
– On null ﬁelds in the BIEM/BEM, Jeng-Tzong Chen*, Ying-Te Lee, Jia-Wei Lee (NationalTaiwan Ocean University, Taiwan), I-Lin Chen (National Kaohsiung Marine University, Taiwan)• 10:00-10:20 break• 10:20-12:20 optimisation + inverse problems (Chair: Haibo Chen and Huanlin Zhou)– Fast multipole boundary element sensitivity analysis and its applications to shape optimizationof noise barriers, Changjun Zheng, Haibo Chen*, and Leilei Chen, (University of Science andTechnology of China, China)– Topology optimization of elastic solid subjected to time-harmonic Loads based on level-set
method and BEM, Shinichiro Shichi(Nagoya University, Japan), Takayuki Yamada*(KyotoUniversity, Japan), Toshiro Matsumoto and Toru Takahashi (Nagoya University, Japan)– A topology optimization method based on level set method in Oseen ﬂow, Kentaro Yaji*,Takayuki Yamada, Seiji Kubo, Kazuhiro Izui and Shinji Nishiwaki (Kyoto University, Japan)– A Second degree Newton method in inverse scattering problem for a crack, Kuo-Ming Lee*(National Cheng Kung University, Taiwan)– Stability of aberration retrieval method using spot images, Kazuyoshi Okada*, Kenji Amaya
and Yuki Onishi (Tokyo Institute of Technology, Japan)– Boundary element regularization methods for solving boundary conditions in linear elasticity,
Huanlin Zhou* (Hefei University of Technology, China)• 12:20-13:20 lunch• 13:20-14:20 mathematical analysis I (Yintzer Shih and T. Shigeta)– Numerical challenges to the three dimenstional stationary radiative transport equation, Hiroshi
Fujiwara* (Kyoto University, Japan)– An exponential compact diﬀerence scheme for solving coupled system of singularly perturbed
RCD equations, Po-Wen Hsieh (National Central University, Taiwan), Yintzer Shih (NationalChung-Hsing University, Taiwan), Suh-Yuh Yang* and Cheng-Shu You (National CentralUniversity, Taiwan)– Numerical methods with layer-adaptive mesh for solving convection-diﬀusion problems,Yintzer Shih*, Chau-Yi Chou and Show-Ming Chang (National Chung-Hsing University,Taiwan)• 15:00 – excursion and dinner3

12/14 (Friday)• 9:00 - 10:20 parallel session I: mathematical analysis II (Chair: Cheih-Sen Huang and H. Fujiwara),
Conference-Lecture room
– Super-geometric convergence of numerical methods for diﬀerential equations, Tzon-Tzer Lu*,Chih-Hung Weng and Kang-Min Yan (National Sun Yat-sen University, Taiwan)– A locally conservative Eulerian-Lagrangian ﬁnite volume WENO scheme for hyperbolic conservation law, Chieh-Sen Huang* (National Sun Yat-sen University, Taiwan) and Todd Arbogast(University of Texas at Austin, USA)
– An Eulerian-Lagrangian WENO ﬁnite volume scheme for a MHD problem with mixed ﬁnite
element method, Chen-Hui Hung*(ROC Air Force Academy, Taiwan) and Cheih-Sen Huang(National Sun Yat-sen University, Taiwan)– On the computation of the numerical blow-up time, Chien-Hong Cho* (National Chung ChengUniversity, Taiwan)• 9:00 - 10:20 parallel session II: engineering applications (Chair: Keh-Jian Shou and H. Yoshida),
Conference room I+II
– Numerical analysis of the behavior of curved pipejacking with excessive resistance, Shou, K.J.*
and Yen, J.H. (National Chung-Hsing University, Taiwan)– Proposal of simpliﬁed analysis method for drying shrinkage behaviour of concrete subjected
to constraint from reinforcing bar, Hidenori Yoshida*, Kumi Yanagihara (Kagawa University,Japan), Haruka Morimoto, Hiroyuki Sanma (Anabuki construction INC, Japan)– Analyze the role of non-singular stress on brittle fracture and crack fatigue life by BEM,Changzheng Cheng* (Hefei University of Technology, China)– Comparison of one-leader linear vehicle following model, Yusuke Sugimoto*, Koji Asahina,
Hikaru Shimizu, Yukiko Wakita, Tatsuhiro Tamaki, and Eisuke Kita (Nagoya University,Japan)• 10:20-10:40 break• 10:40-12:00 eigenvalues (Jeng-Tzong Chen and K. Abe)
– On the null and nonzero ﬁelds for true and spurious eigenvalues of a prolate spheroidal cavity,
Jia-Wei Lee*, Jeng-Tzong Chen (National Taiwan Ocean University, Taiwan)– Dispersion analysis of an axially loaded rail discretely supported on an elastic half-space,Kazuhisa Abe*, Yuusuke Chida and Kazuhiro Koro (Niigata University, Japan)– Removing nonphysical solutions electromagnetic waveguide nonlinear eigenvalue problems (Byusing the eigenvalues or the sensitivity of the eigenvalue of the linerized problems), Shingo Sato,
Yoshihito Morita*, Koji Hasegawa and Takao Shimada (Muroran Institute of Techonology,Japan)– Analysis of acoustic transmission for one directional periodic bounded structure in 2D by BEM,Haifeng Gao*, Toshiro Matsumoto, Toru Takahashi and Hiroshi Isakari (Nagoya University,Japan)• 12:00-13:00 lunch4• 13:00-15:00 ﬂuid (Chair: Tzyy-Leng Horng and T. Seta)– Numerical analysis of thermal-hydraulics by immersed boundary-lattice Boltzmann method
using two-relaxation-time, Takeshi Seta*, Yosuke Uchida (Toyama University, Japan), Roberto
Rojas, Kosuke Hayashi, Akio Tomiyama (Kobe University, Japan)– A joint method of level set and direct-forcing immersed boundary for ﬂuid-structure interaction
Tzyy-Leng Horng* (Fengchia University, Taiwan)– Grid orthogonality eﬀect in numerical ﬂow calculation with body ﬁtted curvilinear coordinate
system, Ichiro Nakane* (Kanagawa Institute of Technology, Japan)– A numerical study of breaking free-surface ﬂows, Ching-Sen Wu*, Der-Liang Young (NationalTaiwan University, Taiwan)– General solutions of Stokes ﬂow problem, Nobuyoshi Tosaka* (Tokyo Denki University, Japan)– Direct forcing immersed boundary modeling for vortex induced vibration of circular cylinder incross ﬂow, Ming-Jyh Chern(National Taiwan University of Science and Technology, Taiwan),
Giri Nugroho(Institut Teknologi Sepuluh Nopember Sukolilo, Indonesia), and Tzy-Lun Horng(Feng-Chia University, Taiwan)• 15:00-15:20 break• 15:20-17:00 BEM formulations + homogenisation (Chair: Hong-Ki Hong and M. Arai)– Complex boundary integral equations extended to three-dimensional problems using Cliﬀord
analysis, Hong-Ki Hong*, Li-Wei Liu (National Taiwan University, Taiwan)– Linkage between unit logarithmic capacity in the theory of complex variables and the degenerate scale in BEM/BIEM, Shyh-Rong Kuo* and Jeng-Tzong Chen (National Taiwan OceanUniversity, Taiwan)– Characterization of viscoplastic property of unidirectional CFRP laminate using homogenization method, Masahiro Arai*, Takaaki Suwa, Tomoyuki Nagaya, Masaomi Nishimura (ShinshuUniversity, Japan) and Tetsuya Matsuda (Tsukuba University, Japan)– Development of a microscopic interlaminar stress analysis method for cross-ply CFRP laminates (Modeling with homogenized equivalent materials and improvement of computationaleﬃciency), Keita Goto*, Tetsuya Matsuda and Akimasa SEKINE (Tsukuba University, Japan)– Homogenization analysis of micrstructural eﬀects on compressive strength of elastic multilayered corrugated paperboard, Dai Okumura*, Nobutada Ohno, Takayuki Onoda, and Masataka
Soga (Nagoya University, Japan)• 17:10-17:50 plenary (Chair: T. Matsumoto)– Recent developments of periodic FMM in Helmholtz’ and Maxwell’s equations, Kazuki Niino,
Taichiro Nose and Naoshi Nishimura* (Kyoto University, Japan)• 17:50-18:00 closing

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