Kyushu University [Junji Maeda (Professor) Faculty of Human-Environment Studies, Department of Architecture and Urban Design]

The extreme wind force acting on a structure caused by a short-rise-time gusty wind, and its disaster measure
keyword : extreme gusty Wind, tornado, downburst, wind disaster
2006.09.
Assessment of long-term effects of member's vibration on wind-resistant performance of transmission tower
keyword : wind-performance of transmission tower, long-term effects of member's vibration
2006.04.
Some conditions of atmospheric stability affecting wind environment around mountainous region
keyword : Local Extreme WInd, Wind Disaster, Katabatic Wind, Atmospheric stability, Mountainous Terrain,
2004.04.
Wind response behavior of transmission cable under strong wind
keyword : transmission cable, transmission tower, wind response
2000.04.
Strong wind duration affecting outbreak of structural damage
keyword : wind disaster, structural damage, wind duration
2002.04.
Smart reinforcement of existing transmission tower against strong wind
keyword : wind reinforcement, transmission tower, wind performance
2000.04.
Turbulent flow simulation during strong wind
keyword : Turbulent wind, strong wind, wind simulation
1996.04.
Gust response measurement of buildings and structures
keyword : wind measurement, response measurement
1991.04.
Local terrain affecting gust area generating
keyword : local wind, local terain, gust generating, wind disaster
1992.04.

Academic Activities

Books

Show All Books >>

Reports

Show All Reports >>

1.	前田潤滋,自然災害に負けないアジアの都市へ Toward Asian Cities Capable of Withstanding Natural Disasters,Journal of Asian Urbanism（JAU）No.5,2011.09. .
2.	The Japan Building Disaster Prevention Association.

Papers

Show All Papers >>

1.	EFFECTS OF UPLIFT WIND ON UNBALANCED TENSION LOAD OF CONDUCTORS ACTING ON A TRANSMISSION TOWER . .
2.	EXPERIMENTAL STUDIES ON EFFECTS OF ANCILLARY EQUIPMENTS AROUND A STEEL STACK ON WIND FORCE ACTING ON THE STACK . .
3.	STATISTICAL ESTIMATION OF OBSERVED GUSTY WIND AND ESTIMATE OF THE ASSOCIATED WIND FORCE . .
4.	OVERSHOOT OF WIND FORCES ON A BODY UNDER STEP-FUNCTION-LIKE GUSTY WINDS －EXPERIMENTAL STUDY ON UNSTEADY DRAG FORCE ON A BASIC SHAPED BODY－ . .
5.	Yasuyuki Shuto, Takeshi Aoki, Junji Maeda, Liu Changda and Kazuhiro Otsubo ,NON-BALANCED TENSION LOAD OF CONDUCTORS ACTING ON TRANSMISSION TOWERS RUNNING ALONG SUPPORTS OF DIFFERENT HEIGHT,Proceedings of the 19th Conference on Electric Power Supply Industry (CEPSI2012),USB 8 pages,2012.10. .
6.	Liu Changda, Yasuyuki Shuto and Junji Maeda ,EFFECTS OF UPLIFT WIND ON RESPONSE BEHAVIORS CONDUCTORS OF DIFFERENT LENGTHS BETWEEN ADJACENT SPANS,Proceedings of the 19th Conference on Electric Power Supply Industry (CEPSI2012),USB 10 pages,2012.10. .
7.	Yasuyuki SHUTO and　Junji MAEDA ,Non-Balanced Tension of Conductors of Transmission Towers Running along Supports of Different Height,Proceedings of 9th International Symposium on Cable Dynamics, pp.71-78, October, 2011,No.20,71-78,2011.10. .
8.	Takashi TAKEUCHI，Junji MAEDA and　Satoshi NAKAMURA ,Wind pressure measurement of a flat roof body under a rapid change of reference static pressure in a gust wind tunnel,Proceedings of 13th International Conference on Wind Engineering（ICWE13）, USB, July, 2011,USB,2011.07. .
9.	Takashi TAKEUCHI and　Junji MAEDA ,Unsteady wind pressure on a flat roof body under a short-rise-time gust,Proceedings of 5th International Symposium on Wind Effects on Buildings and urban Environment, March, 2011,2011.03. .
10.	Mayumi Takeuchi, Junji Maeda ,Aerodynamic damping properties of two transmission towers estimated by combining several identification methods ,Journal of Wind Engineering and Industrial Aerodynamics, 98 (2010) 872-880,Vol.98,No.12,pp.872-880,2010.12. .
11.	Eriko Tomokiyo, Junji Maeda ,CFD prediction of local winds associated with Typhoon Tokage (2004): effects of atmospheric stability on the increase of strong winds ,Proceedings of the Fifth International Symposium on Computational Wind Engineering, CWE2010, Chapel Hill, North Carolina, USA, May 23-27, 2010,USB 配布　8ページ,2010.05. .
12.	Takashi Takeuchi, Junji Maeda ,Effects of inertia force proportional to flow acceleration on unsteady wind forces acting on an elliptic cylinder under short-rise-time gusts ,Proceedings of the Fifth International Symposium on Computational Wind Engineering, CWE2010, Chapel Hill, North Carolina, USA, May 23-27, 2010,USB 配布　8ページ,2010.05. .
13.	Mayumi Takeuchi, Junji Maeda ,Multidimensional simulation of fluctuating wind field including lateral components under strong winds ,Proceedings of the Fifth International Symposium on Computational Wind Engineering, CWE2010, Chapel Hill, North Carolina, USA, May 23-27, 2010,USB 配布　8ページ,2010.05. .
14.	Takashi Maruyama, Eriko Tomokiyo and Junji Maeda,Simulation of Strong Wind Field by Non-hydrostatic Mesoscale Model and Its Applicability for Wind Hazard Assessment of Buildings and Houses,Hydrological Research Letters,Vol.4,pp.40-44,2010.03. .
15.	Junji Maeda,Recent Extreme Wind Events and Damage Assessment in Japan,Global Environmental Research,Vol.Vol.13,No.No2,pp.125-132,2009.12. .
16.	AERODYNAMIC DAMPING PROPERTIES OF TRANSMISSION TOWER ESTIMATED BY COMBINING SEVERAL IDENTIFICATION METHODS . .
17.	Eriko Tomokiyo, Junji Maeda ,ANALYSIS OF INFLUENCING FACTORS ON WIND DAMAGE USING QUANTIFIED STRUCTURAL CONDITIONS OF HOUSES,Proceedings of the Seventh Asia-Pacific Conference on Wind Engineering (APCWE-Ⅶ),pp.CD-ROM, 8p,2009.11. .
18.	Takashi Takeuchi, Junji Maeda, Tomohiko Hayata, Hiromasa Kawashita ,EFFECTS OF SECTION SIZE ON AERODYNAMIC FORCES ON AN ELLIPTIC CYLINDER UNDER SHORT-RISE-TIME GUSTS,Proceedings of The Seventh Asia-Pacific Conference on Wind Engineering (APCWE-Ⅶ),pp.CD-ROM, 8p,2009.11. .
19.	Mayumi FUJIMURA, Junji MAEDA ,CROSS-CORRELATION OF FLUCTUATING COMPONENTS OF WIND SPEED BASED ON STRONG WIND MEASUREMENT,Proceedings of The Seventh Asia-Pacific Conference on Wind Engineering (APCWE-Ⅶ),pp.CD-ROM, 8p,2009.11. .
20.	Mayumi FUJIMURA, Junji MAEDA, Yasuyuki MORIMOTO ,AERODYNAMIC DAMPING PROPERTIES OF TRANSMISSION TOWER ESTIMATED BY COMBINING SEVERAL IDENTIFICATION METHODS,Proceedings of 8th International Symposium on Cable Dynamics,pp.199-206,2009.09. .
21.	Takashi Takeuchi , Junji Maeda, Satoshi Nakamura ,Effects of Step-function-like Gusty Winds on the Overshoot of Aerodynamic Forces Acting on a Member of a Transmission Tower,Proceedings of 8th International Symposium on Cable Dynamics,pp.199-206,2009.09. .
22.	Shin Homma, Junji MAEDA and Naoya Hanada ,The damping efficiency of vortex-induced vibration by tuned-mass damper of a tower-supported steel stack,Wind ＆ Structures, An International Journal,Vol.Vol.12,No.No.4,pp.333-347,2009.07. .
23.	METHOD OF IDENTIFYING AFFECTOR ON RESIDENTIAL DAMAGE DUE TO STRONG WIND -ANALYSIS OF INFUENCING FACTOR WITH QUANTIFIED STRUCTURAL CONDITIONS OF HOUSES - . .
24.	Yoshifumi Ajiro, Makoto Honada, Junji Maeda, Hisayoshi Maeda,Some Effects of Non-balanced Tension of Conductors on the Wind Loads of a Strain-type Transmission Tower,The 17th Conference on Electric Power Supply Industry,2008.10. .
25.	Takashi Takeuchi, Junji Maeda, Hiromasa Kawashita ,THE OVERSHOOT OF AERODYNAMIC FORCES ON A RAILCAR-LIKE BODY UNDER STEP-FUNCTION-LIKE GUSTY WINDS,BBAA VI International Colloqium on Bluff Bodies AeroDynamics & Applications,193-196,2008.07. .
26.	Makoto Honda, Nobuyuki Ishida, Junji Maeda, Tsukasa Nakatake, Yoshifumi Ajiro ,Dynamic Properties of a Transmission Tower with Hanging Jumper Beams ,第７回ケーブル力学に関する国際会議7th International Symposium on Cable Dynamics,225-261(2007),2007.12. .
27.	Shin Homma, Naoya Hanada, Junji Maeda,Evaluation of the Vortex-induced Vibration of a Tower-supported Steel Stack,第12回世界風工学会議12th International Conference on Wind Engineering,Vol.1,　1007-1014(2007),2007.07. .
28.	Hisao MAEDA, Junji MAEDA, Eriko TOMOKIYO,Gust Distribution Focused on the Distance from the Center of Typhoons Observed in Kyushu, Japan,第12回世界風工学会議12th International Conference on Wind Engineering,Vol.1,　775-782(2007),2007.07. .
29.	Eriko TOMOKIYO, Junji MAEDA, Takanori UCHIDA ,CFD prediction of wind distribution around Ogi City in Saga Prefecture, Japan,第12回世界風工学会議12th International Conference on Wind Engineering,Vol.1,　607-614(2007),2007.07. .
30.	Mayumi　Fujimura, Junji Maeda, Nobuyuki Ishida,Aerodynamic damping properties of a transmission tower estimated using a new identification method ,第12回世界風工学会議12th International Conference on Wind Engineering,1047-1054(2007),2007.07. .
31.	Hisao Maeda, Shuji Ebihara, Mayumi Fujimura, Junji Maeda, Yoshito Imamura, Makoto Honda,Vibration Tests of a Transmission Tower Focusing on the Tensile Forces of its Transmission Line Cables,Proceedings of 16th Conference on Electric Power Supply Industry,CD,2006.11. .
32.	薄達哉, 花田直也, 本間真，前田潤滋,Wind-induced vibration control of a 200 m-high tower-supported steel stack,Wind & Structure, An International Journal,Volume 9, Number 5, 345-356,2006.09. .
33.	CFD Prediction of Wind Distribution Around Ogi City, Saga Prefecture during Typhoon Tokage in 2004. .
34.	Eriko Tomokiyo，Junji Maeda,,Structural Damage Caused by Local Winds Associated with Typhoon Tokage　(0423) Passing,Proceedings of the Fourth International Symposium on Computational Wind Engineering,361-364,2006.06. .
35.	Some Effects os Stack Shell Configuration on Wind Response Properties of Tower-Supported Steel Stacks. .
36.	Junji Maeda, Eriko Tomokiyo, Nobuyuki Ishida,Yasuo Okuda,Hitomitsu Kikitsu,Tomonori Murakami,Tadashi Ishihara,Masahiro Matsui,Yukio Tamura,Kichiro Kimura,Tornado Disaster in Saga Prefecture, Japan on June 27, 2004,Proceedings of The Sixth Asia-Pacific Conference on Wind Engineering (APCWE-Ⅵ),2874-2887,2005.09. .
37.	Eriko Tomokiyo, Junji Maeda, Norio Tsuru,Wind Disaster in Kyushu due to Typhoons in 2004,Proceedings of The Sixth Asia-Pacific Conference on Wind Engineering (APCWE-Ⅵ),2862-2873,2005.09. .
38.	Tatsuya Susuki, Naoya Hanada, Shin Homma, Junji Maeda,Wind-induced Vibration Control of a 200m-high Tower-supporter Steel Stack,Proceedings of The Sixth Asia-Pacific Conference on Wind Engineering (APCWE-Ⅵ),2442-2449,2005.09. .
39.	Hisao Maeda, Eriko Tomokiyo, Junji Maeda,Gust Properties of Typhoons striking the Kyushu Area in 2004 -Comparison with Typhoons in the 1990s,Proceedings of The Sixth Asia-Pacific Conference on Wind Engineering (APCWE-Ⅵ),1995-2006,2005.09. .
40.	A VIBRATION TEST OF A TRANSMISSION TOWER BY A MANPOWER EXCITER. .
41.	T.Susuki, N.Hanada, M.Ohmori, S.Homma, J.Maeda,Wind-Induced Vibration Of Tower-Supported Steel Stack,Proceedings of 15th Conference on Electric Power Supply Industry,CD,2004.10. .
42.	Eriko Tomokiyo, Junji Maeda, Nobuyuki Ishida, Yoshito Imamura,Typhoon Damage Analysis of Transmission Towers in mountainous regions of Kyushu,Japan,Wind & Structures, An International Journal,Vol.7,No.5,Vol.7,No5, 345-357,2004.09. .
43.	VORTEX-INDUCED AND GUST RESPONSES OF A TOWER SUPPORTED STEEL STACK, Journal of Structual Engineering. .
44.	J. Maeda and M. Makino,Characteristics of gusty wind simulated by an A.R.M.A. model,Journal of Wind Engineering and Industrial Aerodynamics,Vol.41,No.1-3,Vol.41，427-436,1992.10. .

Presentations

Show All Presentations >>

1.	Experimental Study of Unsteady Aerodynamic Forces - Properties of Unsteady Aerodynamic Forces under Wind Gust -.
2.	The Effects of Side Ratio of Rectangular Cross-section Column on its Unsteady Wind forces under a Step-function-like Gust.
3.	The Effects of Side Ratio of Rectangular Cross-section Column on its Unsteady Wind forces under a Step-function-like Gust.
4.	Field Study on Dynamic Properties of Tower-cable Coupling Systems including Hanging Jumper Beams、3. A new system for wind response measurement using a wireless LAN technology.
5.	Field Study on Dynamic Properties of Tower-cable Coupling Systems including Hanging Jumper Beams、2. Response Properties under Not So Strong Winds.
6.	Field Study on Dynamic Properties of Tower-cable Coupling Systems including Hanging Jumper Beams、1. Vibration Properties based on Vibration Test.
7.	Estimated Residential Damage Rate Considering Wind-Resistant Performance with Structural Conditions.
8.	Correlation between Wind Speeds and Residential Damage in Kyushu, Japan due to Typhoons.
9.	Structural Damage Caused by Local Winds Associated with Typhoon Tokage (0423) .
10.	Some Effects of Wind Speeds on Residential Damage Spreading Associated with Typhoons Considering with Structural Material and Age.
11.	Dynamic Properties of a Transmission Tower with Hanging Jumper Beams.
12.	Aerodynamic damping properties of a transmission tower estimated using a new identification method.
13.	Evaluation of the Vortex-induced Vibration of a Tower-supported Steel Stack.
14.	Gust Distribution Focused on the Distance from the Center of Typhoons Observed in Kyushu, Japan.
15.	CFD prediction of wind distribution around Ogi City in Saga Prefecture, Japan.

Membership in Academic Society

Natural Disaster Research Council
American Association for Wind Engineering
Japan Association for Wind Engineering
Architectural Institute of Japan

The fact that no permission it reprints contents of this data base is prohibitted.