[-]開会挨拶
○田村 哲郎1(1.第24回風工学シンポジウム 運営委員会委員長)
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2016 - 2016
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| Keywords : | |
|---|---|
| Year : | 2016 - 2016 |
Search across all events. Up to 10,000 search results will be displayed.
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Search Results(65)
[1]Selection of Short-time-rising Gust from Wind Records at AMeDAS and JMA Observatory using Characteristics of Gusts Selected from Winds from NeWMeK
○Eriko Tomokiyo1, Junji Maeda2(1.Kumamoto University, 2.Kyushu University)
[2]REPRESENTATION OF THERMALLY INDUCED LOCAL CIRCULATION OVER TOYAMA IN NUMERICAL SIMULATIONS WITH VARIOUS RESOLUTION
○Yoshiki Hashimoto1, Kazuaki Yasunaga2, Tetsuya Takemi1(1. Disaster Prevention Research Institute, Kyoto University, 2. Science and engineering research division, Toyama University)
[3]Quantitative Relationship between Surface Roughness Obtained from Building Information Database and Wind Turbulence near the Ground Surface
○Ryoji Sasaki1, Akinori Akahoshi1, Yasushi Uematsu2(1.Wind Engineering Institute, 2.Tohoku University)
[4]Observation of mean and fluctuating wind speed in urban area by using doppler lidar
○Takeshi Kishida1, Ryuichiro Yoshie2, Koichi Miyashita3, Ryoji Sasaki3(1.Central Research Institute of Electric Power Industry, 2.Tokyo Polytechnic University, 3.Wind Engineering Institute)
[5]VALIDATION OF OFFSHORE WIND OBSERVATION BY A DOPPLER- LIDAR MOUNTED ON A SIMPLE FLOAT IN THE NOHIRO PORT, AKITA PREFECTURE
○Satoru Goto1, Kiyotoshi Otsuka1, Hdero Hayashi2(1.Technical Research Institute, OBAYASHI Corp., 2.OBAYASHI Corp.)
[6]INVESTIGATIONS OF OUTBREAK SITUATION OF TORNADOES ON AND AROUND JAPAN USING GIS
○Yusaku Shiraishi1, Hiroshi Noda2(1.graduate school,Kindai University, 2.Professor,Faculty of Architecture,Kindai University)
[7]Numerical Simulation of Convective Boundary Layer by Ideal WRF-LES
○Tao TAO1, Tetsuro TAMURA1(1.Dept. Environment Science and Technology, Tokyo Institute of Technology)
[8]CHARACTERISTICS OF TORNADO-LIKE VORTICES CONSIDERING THE INTERATCTION WITH THE FOREST CANOPY
○Keisuke Nakao1, Yasuo Hattori1(1.Central Research Institute of Electric Power Industry)
[9]A STUDY ON REVENUE PREDICTION FOR OUTDOOR EVENT PROJECT USING WEATHER AND DATE INDICES
○Tetsuya Kitagawa1(1.Hosei University)
[10]The Optimaisation of Meso-Scale Weather Prediction Model and the Study on the Impact of SST-DATA and Reanalyses
○Kota Enoki1, Kiyotoshi Otsuka1(1.Obayashi Corporation Ltd.)
[11]LES ANALYSIS FOCUS ON THE THERMAL EFFECT WHICH INFLUENCES THE DISPERSION BEHAVIOR AND VORTEX STRUCTURE IN URBAN CANOPY AREA
○Yuto Sakuma1, Tetsuro Tamura2, Hidenori Kawai2, Tomotaka Hosoi(1.Department of Environmental Science and Technology Tokyo Institute of Technology, 2.School of Environment and Society-Department of Architecture and Building Engineering)
[12]Large Eddy Simulation of Flow Field Above and Within Urban Canopy Using SGS Model Based on Turbulent Structures
○Azusa Ono1, Phuc Van Pham1(1.Shimizu Corporation)
[13]Evaluation of an extra term Fk in urban canopy model for RANS simulation based using LES data
Shu Watanabe1, Hiroaki Ato2, ○Tsubasa Okaze3, Akashi Mochida2(1.Kajima Corporation, 2.Tohoku University, 3.Tokyo Institute of Thechnology)
[14]STUDY OF DIFFERNECE OF AVERAGE WIND SPEED BETWEEN 3 CUP ANEMOMETER AND ULTRASONIC ANEMOMETER FOR WIND ENVIRONMENT ASSESMENT
○Akinori Akahoshi1, Kenichi Shimose2, Takeshi Kishida3, Yasushi Uematsu4, Ryuichiro Yoshie5(1.Wind Engineering Institute Co.,Ltd. , 2.National Research Institute for Earth Science and Disaster Resilience, 3.Central Research Institute of Electric Power Industry, 4.Tohoku University School of Engineering, 5.Tokyo Polytechnic University)
[15]Measurement of Roughness Length in an Urban Area
○Tatsuki Hirano1, Hirofumi Sugawara2, Saya Araki1(1.Graduate School of Science and Engineering, National Defense Academy of Japan., 2.Department of Earth and Ocean Sciences, National Defense Academy of Japan.)
[16]An observational study on the influence of wind ventilation changes on surface air temperature, induced by nearby plants and artificial structures.
○SHIDO Fumitake1, Naoko SEINO1, Akira YAMAMOTO1, Fumiaki FUJIBE2, Toshinori AOYAGI3(1.Meteorological Research Institute, Japan Meteorological Agency, 2.Department of Geography, Tokyo Metropolitan University, 3.Global Environment and Marine Department, Japan Meteorological Agency)
[17]Analysis of Relationship between Building Arrangement and Wind and Thermal Environments-Comparison of Outdoor Environment in Coastal City and Inland City-
○Jialong Hu1, Guang Yang2, Yingli Xuan3, Akashi Mochida1(1.Graduate School of Engineering, Tohoku University, 2.College of Civil Engineering and Architecture, Liaoning Technical University, China, 3.Graduate School of Environmental Studies, Nagoya University)
[18]Reproducing and Pseudo-Global Warming Experiments on the Maximum Wind Speeds of Typhoon Haiyan (2013)
○MASAYA TOYODA1, JUN YOSHINO1, TOMONAO KOBAYASHI1(1.Gifu UNIVERSITY)
[19]Tornadoes occurred in the outer rainband of Typhoon 1408
○Soichiro Yuasa1, Koji Sassa2(1.Graduate school of Integrated Arts and Sciences, Kochi University, 2.Science Department, Natural Science Cluster, Kochi University)
[20]ATSUGI GUSTNADO ON FEBRUARY 13, 2015
○Fumiaki Kobayashi1, Masahiro Matsui2, Akihito Yoshida2, Rei Okada2(1.Department of Geoscience, National Defense Academy, 2.Tokyo Polytechnic University)
[21]Relation between Shape of Funnel Clouds and Tornado Characteristics
○Minoru Noda1, Minoru Hachiya2, Fumiaki Nagao1(1.Tokushima University, 2.Graduate school of Tokushima University)
[22]WIND TUNNEL MEASUREMENTS FOR PRESSURE DROP AND WIND REDUCTION OF MULTI GRID ARRAY ~FUNDAMENTAL STUDY ON FLUID DYNAMIC FUNCTIONS OF PINE FOREST~
Minoru Noda1, ○Takashi Suehiro2, Naoto Shintani3, Fumiaki Nagao1(1.Tokushima University, 2.Graduate School of Advanced Technology and Science,Tokushima University , 3.Takenaka Doboku Corporation )
[23]Experiment of Environment of Tornadogenesis in Multifan Wind Tunnel
○Hiromori Miyagi1, Koji Sassa2(1.Faculty of Engineering, Miyazaki University, 2.Science department, Science cluster, Kochi University)
[24]Field Measurement of Wind Loads on a Bottom-mounted Offshore Wind Turbine Tower
○Manabu Yamamoto1, Yukinari Fukumoto2, Takeshi Ishihara3, Kazumasa Okubo1(1.Kajima Technical Research Institute, 2.Tokyo Electric Power Company, 3.The University of Tokyo)
[25]Maximum load estimation on a wind turbine support structure during power production
○Atsushi Yamaguchi1, Takeshi Ishihara2(1.Institute of Engineering Innovation, School of Engineering, The University of Tokyo, 2.Department of Civil Engineering, School of Engineering, The University of Tokyo)
[26]Numerical and Analytical Study of Wind Turbine Wakes
○Takeshi Ishihara1, Guowei QIAN1(1.The University of Tokyo)
[27]Wind Tunnel Experiment on Performance of Orthopter-type Wind Turbine in a Shear Flow
Takahiro Kiwata1, ○Taiki Sugawara1, Takaaki Kono1, Nobuyoshi Komatsu1(1.kanazawa university)
[28]CFD analysis of separation flow around bluff rectangular sections near critical aspect ratio
○Soichiro NAKAMURA1, Hitoshi YAMADA1, Hiroshi KATUCHI1(1.Yokohama national university)
[29]Application of DMD Analysis to the Flow Field Around a Rectangular Section
○Ikuma Tsukamae1, Yusuke Taniguchi2, Mai Shimonishi1, Yutaro Kawata3, Hiromichi Shirato1(1.Kyoto University, 2.West Nippon Expressway Company Limited, 3.Obayashi Corpotation)
[30]LARGE AMPLITUDE AERODYNAMIC VIBRATION OF RECTANGULAR CYLINDER WITH A SIDE RATIO OF TWO WITH VARIOUS ANGLES OF ATTACK
○Yuta Sasaki1, Tomomi Yagi1, Masaaki Hamano2, Hisato Matsumiya3, Takashi Nishihara3(1.Kyoto University Graduate School of Engineering Department of Civil and Earth Resources Engineering, 2.Shutoko Metropolitan Expressway Company Limited , 3.Central Research Institute of Electric Power Industry Civil Engineering Research Laboratory)
[31]Aerodynamic Stability of Seto Ohashi Bridge at Maintenance Stage
○Shigeki Kusuhara1, Hiroshi Katsuchi2, Masashi Naito2, Akira Yamane1, Akira Machida1(1.Honshu-Shikoku Bridge Expressway Company Limited, 2.Yokohama National University )
[32]Identification of Flutter Derivatives from Gust Response of Trussed Bridge Deck
○Lam Trong Hoang1, Hiroshi Katsuchi1, Hitoshi Yamada1(1.Yokohama National University)
[33]SPATIAL CORRELATION OF FLUCTUATING LIFT FOR 2D CYLINDER AND CYLINDER WITH DIFFERENT CROSS SECTIONS
○Seiji Nakato1(1.Kanto-gakuin University)
[34]EXPERIMENTAL STUDY ON WIND DIRECTION AFFECTING TO OVERSHOOT OF WIND PRESSURE ON A BUILDING
○Ryota Kawakami1, Kazuhiro Otsubo3, Junji Maeda5, Takashi Takeuchi2, Eriko Tomokiyo4(1.Tokyo Institute of Technology, 2.Kobe University, 3.Wind Engineering Institute, 4.Kumamoto University, 5.Kyushu University)
[35]Effects of Sealing Degree of a Building on Difference Pressure Force Caused by a Steep Decline of Atomospheric Pressure
○Tomohiro Izumi1, Shunsuke Takahashi2, Eriko Tomokiyo3, Junji Maeda4(1.Kyoto University Graduate School of Enginering, 2.The Chugoku Electric Power Corporation, 3.Kumamoto Univirsity Graduate School of Science and Technology, 4.Kyushu University)
[36]AERODYNAMIC CHARACTERISTICS OF TRADITIONAL CYCLONE SHELTER IN TANNA ISLAND, THE REPUBLIC OF VANUATU, WITH FOCUS ON ITS SHAPE
○Natsuki Kishida1, Kazuyoshi Nishijima2, Hiroaki Nishimura2(1.Kyoto University Graduate School of Engineering Department of Architecture and Architectural Engineering, 2.Disaster Prevention Research Institute)
[37]Wind Load Combinations for Open-type Framed Membrane Structures
○Yuki Takadate1, Yasushi Uematsu1(1.Department of architecture and Building Science, Tohoku University)
[38]A study on peak external pressure coefficient of tall buildings with step on wall surface
○Masashi TOKIZAKI1, Yuka MASUYAMA2, Akihito YOSHIDA1, Akira KATSUMURA2(1.Tokyo Polytechnic University, 2.Wind Engineering Insitute Co.,Ltd)
[39]Wind Forces on Permeable Panels Placed Along the Perimeter of the Rooftop of a High-Rise BuildingDiscussion of Wind Tunnel Technique Based on a Comparison with Large Eddy Simulation
○Tomoko Aihara1, Yasushi Uematsu2(1.TAISEI CORPORATION, 2.Tohoku University)
[40]Study on Wind Loads on a Cantilevered Roof above Stands by Wind Tunnel Test and LES
○Ryohei Nakamura1, Tetsuro Taniguchi2(1.TAISEI Corporation, 2.Graduate School of Engineering, Osaka City University)
[41]WIND PRESSURE DISTRIBUTIONS ON A HIGH-RISE BUILDING IN THE ACTUAL URBAN AREA USING COHERENT-STRUCTURE SMAGORINSKY MODEL FOR LES
○PHAM VAN PHUC1, Nozu Tsuyoshi1, Kikuchi Hirotoshi1, Hibi Kazuki2, Tamura Yukio3(1.Shimizu Institute of Technology, 2.Numerical Flow Design Co., Ltd., 3.Tokyo Polytechnic University)
[42]HIGH PERFORMANCE COMPUTATION BY BCM-LES ON FLOW ANDPRESSURE FIELD AROUND BUILDINGS
○Hidenori Kawai1, Tetsuro Tamura1, Koji Kondo2, Tsuyoshi Nozu3, Rahul Bale4, Keiji Onishi4, Makoto Tsubokura4(1.Tokyo Institute of Technology, 2.Kajima Corporation, 3.Shimizu Corporation, 4.RIKEN AICS)
[43]ESTIMATION OF WIND LOADS ON ACTUAL BUILDING BY COMPUTATIONAL FLUID DYNAMICS
○Tetsuro Tamura1, Koji Kondo2, Hiroto Kataoka3, Hidenori Kawai1(1.Tokyo Institute of Technology, 2.Kajima Corporation, 3.Obayashi Corporation)
[44]EFFECTS OF SCALE OF TORNADO-LIKE VORTEX ON FLIGHT OF DEBRIS IN ITS FLOW
Minoru Noda1, ○Minoru Hachiya2, Fumiaki Nagao1(1.Tokushima University, 2.Graduate School of Advanced Technology and Science,Tokushima University)
[45]VARIATION OF BREAKAGE CHARACTERISTICS OF GLASS WITH DIFFERENT MISSILES
○Takashi Maruyama1, Masayuki SHIMURA2, Toshikazu OSAFUNE3(1.Disaster Prevention Research Institute, Kyoto University, 2.Civil Engineering & Eco-technology Consultants, 3.Nippon Expressway Research Institute Co., Ltd., Japan)
[46]Numerical Flow Analysis of the Impact Force from a Sphere Dropped in Air
○Takashi Nomura1, Koutaro Watanabe2, Junki Sakai3(1.Department of Civil Engineering, College of Science and Technology, Nihon University, 2.Saitama Municipal Government, 3.Sumitomo Mitsui Construction Co., Ltd.)
[47]DEVELOPMENT OF THE ESTIMATION METHOD FOR THR ADHESION OF AIRBORNE SALT ONTO A BODY BY MEANS OF THE WIND TUNNEL EXPERIMENT
○Hiroshi Hasebe1, Ryohei Sone1, Youhei Haruki1, Takashi Nomura1(1.Nihon university, College of Science and Technology, Department of Civil Engineering)
[48]ESTIMATION METHOD FOR CENTER SHIFT DISPLACEMENTS OF FLUCTUATIONOF ISOLATION LAYER OF ISOLATED HIGH-RISE BUILDINGS
○Junji Katagiri1, Takeshi Ohkuma2, Toshio Tsurumi1(1.Izumi Sohken Engineering Co., Ltd, 2.Institute of Technology, Kanagawa University)
[49]Simplified Performance Evaluation Tests of Full-Scale Viscoelastic Damper on Wind-Induced Response and Proposal of Analytical Model
○Daiki Sato1, Kazuhiko Kasai1, Nobumasa Sugiyama2, Kazuhiro Matsuda1(1.Laboratory for Future Interdisciplinary Research of Science and Technology (FIRST), Tokyo Institute of Technology, 2.FUJITA. (Former Graduate Student, Tokyo Institute of Technology))
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