Lectures
(updated at 2011.09.02)
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Click ID, you can see each abstract. |
| ID |
CONTACTING AUTHOR |
AFFILIATION |
TITLE |
| DS-001 |
YAMAMOTO, Kazuichi |
NTT DOCOMO, Inc. |
Satellite Communications System in Preparation for Disaster
|
| DS-002 |
TSUJINO, Masayuki |
NTT Service Integration Laboratories |
Path Protection Design for Robust Communication Networks |
| DS-003 |
TOJO,Takuya |
NTT Corporation |
Toward robust network design learning from the Great Eastern Japan Earthquake |
| DS-004 |
HIEHATA, Yasuhiko |
KDDI R&D Laboratories, Inc. |
Maintaining telecommunication reachability while in disasters |
| DS-005 |
OE, Masafumi |
National Astronomical Observatory of Japan/WIDE Project |
Early survey report on ICT disaster recovery activities in the Great East Japan Earthquake |
| DS-007 |
TOMIZAWA, Tetsuya |
KOZO KEIKAKU ENGINEERING Inc. |
Earthquake Observation Record and Simulation Analysis in a Building named "Chisuikan" using Three-dimensional Seismic Base Isolation System |
| DS-008 |
NAGASHIMA, Ichiro |
Taisei Corporation |
STUDY ON PERFORMANCE OF SEMI-ACTIVE BASE-ISOLATION SYSTEM USING EARTHQUAKE OBSERVATION RECORDS |
| DS-009 |
MASEKI, Ryota |
Taisei Corporation |
Study on Performance of Seismic Retrofitting of Super High-rise Building Based on Earthquake Observation Records |
| DS-010 |
NISHIMURA, Takuya |
Shimizu Corporation |
Response of the twin test buildings during the 2011 off the Pacific coast of Tohoku Earthquake |
| DS-011 |
YOSHIDA, Satoshi |
Nikken Sekkei Ltd. |
Application of seismic margin map in a high rise mid-height seismic isolation building with mega-truss
|
| DS-012 |
IKAWA, Nozomu |
Konoike Construction |
VERIFICATION OF THE RESPONSE REDUCTION OF BASE ISOLATION SYSTEM USING SLIDING BEARING |
| DS-014 |
OGAWA, Takaki |
Graduate of Osaka University/JSOL Corporation |
Application of multi-scale modeling to deformation of Metal under uniaxial tension |
| DS-015 |
NAKAMURA, Naohiro |
Takenaka Corporation |
A Study on Nonlinear Earthquake Response Analyses Using Time Domain Energy Transmitting Boundary |
| DS-016 |
BRADLEY, Brendon A. |
Chuo University |
Effects of ground improvement on liquefaction resistance from 3-dimensional effective stress analyses |
| DS-018 |
MATSUMOTO, Shinya |
Hiroshima University |
Numerical Examples of Traditional Timber Building using Frame Analysis with Semi-rigid Spring Elements |
| DS-019 |
YAMADA, Koji |
Toyota National College of Technology |
RESPONSE ANALYSYS METHOD FOR KYO-MACHIYA |
| DS-020 |
MUKAIBO, Kyosuke |
Ritsumeikan University |
Experimental and Analytical Study on Sliding Behavior of Traditional Timber Building under Strong Earthquakes |
| DS-021 |
TAKINO, Atsuo |
Osaka University |
Analytical study on buckling behavior of timber column including Kumimono
|
| DS-022 |
TANAHASHI, Hideaki |
Ritsumeikan University |
Embedment mechanism in wooden joints and collapse simulation of traditional wooden frames with column-tie beam joints |
| DS-023 |
SARUWATARI, Tomoharu |
JSOL Corporation |
Impact Simulation due to TSUNAMI waves by Finite Element Codes |
| DS-024 |
HADA, Makoto |
FORUM8 Co. |
THE APPLICATION OF TSUNAMI ANALYSIS AND EVACUATION ANLAYSIS TO KAMAISHI PORT AND THEIR VISUALIZATION |
| DS-025 |
ASAI, Mitsuteru |
Kyushu University |
Estimation of water-induced impact force during Tsunami by a stabilized SPH simulation |
| DS-026 |
HISAMORI, Takahiko |
JSOL Corporation |
Performance Evaluation of RC Protective Barrier under Impact Load Caused by Train Collision |
| DS-027 |
NOGUCHI, Hiroshi |
Chiba University |
ANALYTICAL STUDY ON EARTHQUAKE RESISTANCE OF ULTRA-HIGH STRENGTH CONCRETE MEMBERS CONTAINING STEEL FIBER |
| DS-028 |
MIZUSHIMA, Yasunori |
Takenaka Corporation |
LARGE-SCALE FEM ANALYSIS OF THE DYNAMIC BEHAVIOR OF REIN-FORCED CONCRETE BUILDINGS |
| DS-029 |
KASAI, Yoshiyuki |
Maebashi Institute of Technology |
Simulation Analysis of Shaking Table Tests for Full-Scale Six-Story RC Building using the Earth Simulator |
| DS-030 |
KONNO, Yoshinori |
Maebashi Institute of Technology |
Seismic Response Analysis of Base-isolated Building Considering Collision with Retaining wall |
| DS-031 |
ISOBE, Daigoro |
University of Tsukuba |
Seismic Pounding Analysis of Neighboring Buildings under Long-Period Ground Motion
|
| DS-032 |
SHIBAZAKI, Bunichiro |
Building Research Institute |
Modeling slow and fast ruptures at shallow subduction zones by considering friction at low-high slip velocities |
| DS-033 |
HORI, Takane |
Japan Agency for Marine-Earth Science and Technology |
Modeling of great earthquake generation cycle and estimation of the ocean bottom deformation in the Nankai subduction zone |
| DS-034 |
FURUICHI, Mikito |
Japan Agency for Marine-Earth Science and Technology |
Current progresses on numerical simulations of global-scale geodynamics: Methods and applications |
| DS-035 |
PETUKHIN, Anatoly |
Geo-Research Institute |
CONSTRUCTION AND WAVEFORM TESTING OF THE LARGE SCALE CRUSTAL STRUCTURE MODEL FOR SOUTHWEST JAPAN |
| DS-036 |
KAGAWA, Takao |
Tottori University |
Source modeling and long-period ground motion simulation for the 1946 Nankai earthquake |
| DS-037 |
IWASAKI, Yoshinori |
Geo-Reearch Institute, Osaka |
Mega-city above a Hidden Active Fault
-Displacement based Disasters in Osaka by the Uemachi-Fault - |
| DS-038 |
ISHIWATARI, Mikio |
Japan International Cooperation Agency, JICA |
Climate Change Adaptation in Flood Risk Management through Utilizing Data Sets Produced by Supercomputer System |
| DS-039 |
MINOWA, Chikahiro |
Tomoe Engineering and Technology |
Collapse behavior of a brick masonry house using a shaking table and numerical simulation based on the extended distinct element method |
| DS-040 |
ABE, Akio |
Tokyo Soil Research Co. |
Development of a simple and low-cost sliding type base isolation device |
| DS-041 |
NARFU, Tatsuo |
Japan International Cooperation Agency (JICA) |
A Proposal for a Comprehensive Approach to Safer Non-engineered Houses
|
| DS-042 |
HIROISHI, yasutaka |
Kansai University |
Evaluation of the collapse limit of Japanese masonry walls,under long-term load |
| DS-043 |
FURUKAWA, Aiko |
Kyoto University |
Numerical investigation of seismic performance of historic masonry buildings using the refined DEM |
| DS-044 |
INOUE, Akira |
OYO International Corporation |
Seismic Vulnerability of Multi-storey Residential Buildings of Almaty City, Republic of Kazakhstans |
| DS-045 |
KOMAI, Takeshi |
The National Institute of Advanced Industrial Science and Technology, AIST |
Geo-informatics System for Geo-hazards and Environmental Risk Assessment |
| DS-046 |
KAGEYAMA, Akira |
Kobe University |
Visualization in π-CAVE |
| DS-047 |
NAKAZAWA, Atsushi |
Osaka University |
DISASTER SCENE ANALYSIS AND SIMULATION
USING LASER RANGE IMAGES |
| DS-048 |
YASUFUKU, Kensuke |
Osaka University |
Development of Large-scale Evacuation Simulation System Using GPGPU |
| DS-049 |
KOYAMADA, Koji |
Kyoto University |
An Effectiveness Verification Method for Visualizing a Disaster Simulation |
| DS-050 |
NOZAKI, Kazunori |
The Center for Advanced Medical Engineering and Informatics |
Petaflow project |
| DS-051 |
YONEDA, Harumi |
Takenaka Corporation |
Blind analysis of a full-scale steel frame with dampers tested on E-defense shaking tabl
|
| DS-052 |
NAKANISHI, Norio |
Nikken Sekkei |
The Analysis Method in the structural design of Tokyo Sky Tree |
| DS-053 |
YAMASHITA, Takuzo |
Hyogo Earthquake Eng. Research Center, National Research Inst. for Earth Science and Disaster Prevention |
FINITE ELEMENT MODEL OF STEEL-CONCRETE COMPOSITE BEAM FOR HIGH-PRECISION SEISMIC RESPONSE ANALYSES OF FOUR-STORY STEEL FRAME |
| DS-054 |
KASAI, Kazuhiko |
Tokyo Institute of Technology |
Analyses and E-Defense Tests on a Full-Scale Building with/without Dampers |
| DS-055 |
NAM, Tran Tuan |
Tokyo Institute of Technology |
Dynamic Analysis of a Full-Scale Four-Story Steel Building Experimented to Collapse Using Strong Ground Motions |
| DS-056 |
ITOH, Takayuki |
Ochanomizu University |
Visualization of Nuclear Plant Simulations |
| DS-057 |
YOSHIMURA, Shinobu |
The University of Tokyo |
High Performance Computation and Walkthrough Visualization for Assessing Seismic Safety of Nuclear Power Plants |
| DS-058 |
NAGAI, Haruyasu |
Japan Atomic Energy Agency |
Application of Numerical Simulation to Predict the Environmental Transport of Radioactive Materials Discharged from Fukushima Daiichi Nuclear Power Plant due to Accident |
| DS-059 |
AKITA, Shodo |
Takenaka Corporation |
Fragility evaluation of nuclear power building using nonlinear 3 dimensional FEM
Part-1 Ultimate seismic condition of building |
| DS-060 |
NAKAMURA, Soshi |
Takenaka Corporation |
Fragility evaluation of nuclear power building using nonlinear 3 dimensional FEM
Part-2 Fragility evaluation |
| DS-061 |
MURAKAWA, Hidekazu |
Osaka University |
WELDING ASSEMBLY SIMULATION OF LARGE STRUCTURES
|
| DS-062 |
SHIBAHARA, Msakazu |
Osaka Prefecture University |
Ultra Large Scale Welding Simulation |
| DS-063 |
CHIMURA, Isaku |
Osaka University |
Simulation of Laser Welding by Particle Method |
| DS-064 |
WAKIYAMA, Kozo |
Professor Emeritus, Osaka University |
The analysis of mechanical properties of flange type bolted joints for different diameter steel tubes |
| DS-065 |
HOTTA, Akito |
Department of RISE, Graduate school of Engineering, Kagawa University |
Safety evaluation of building and layout, using evacuation simulation |
| DS-101 |
JUNG, H.J. |
KAIST, Korea |
Structual Response Reduction Using Vibration Control Systems based on Mr Fluid Dempers or MR Elastomers |
| DS-102 |
IKAPUTRA, Ir |
Gadjah Mada University, Indonesia |
TOWARDS COMMUNITY BASED DISASTER RISK REDUCTION PROGRAM
A Model Case: Localizing Disaster Simulation and Response Drills through
Iza!Kaeru Caravan in Yogyakarta-Indonesia
|
| DS-103 |
TSAI, Keh-Chyuan |
National Taiwan University, Taiwan |
Earthquake hybrid response simulations of full-scale steel braced frames in
Taiwan |
| DS-104 |
LEE, Wei F. |
National Taiwan University of Science and Technology, Taiwan |
Case Studies of Landslide and Debris Flow Disasters during 2009 Typhoon Morakot |
| DS-105 |
KASIMZADE, Azer A. |
Ondokuz Mayis University, Turkey |
STRUCTURAL SAFETY SECRET OF “WALLED OBELISK “MONUMENT FROM THE TENTH CENTURY AND ITS SIMULATED MODEL FOR APPLICATIONS |
| DS-107 |
KELES, Resat |
The City University of New York |
NUCLEAR PLANTS SAFETY IN THE WAKE OF FUKUSHIMA DAIICHI |
| DS-108 |
Xin-Zheng LU |
Department of Civil Engineering Tsinghua University, Beijing, China |
THREE EXAMPLES OF THE EARTHQUAKE INDUCED COLLAPSE SIMULATION FOR HIGH-RISE BUILDINGS |