ASCE Journal of Pipeline Systems Engineering and Practice Volume14 Issue1 2023年02月
Clarification of Deterioration Mechanism and Seismic Performance of Telecommunication Steel ConduitMasaru Okutsu; Akira Ito; Gaku Shoji; Takanobu SuzukiASCE Journal of Pipeline Systems Engineering and...詳細
Clarification of Deterioration Mechanism and Seismic Performance of Telecommunication Steel Conduit
Damage Extraction of the 2021 Off-Fukushima Earthquake based on PALSAR-2 Intensity Images
Fumio Yamazaki; Liu Wen; Takanobu Suzuki
Proceedings of 7th Asia-Pacific Conference on Synthetic Aperture Radar (APSAR) 2021年
Damage Extraction of the 2021 Off-Fukushima Earthquake based on PALSAR-2 Intensity ImagesFumio Yamazaki; Liu Wen; Takanobu SuzukiProceedings of 7th Asia-Pacific Conference on Synthetic Aperture Radar ...詳細
Damage Extraction of the 2021 Off-Fukushima Earthquake based on PALSAR-2 Intensity Images
Fumio Yamazaki; Liu Wen; Takanobu Suzuki
Proceedings of 7th Asia-Pacific Conference on Synthetic Aperture Radar (APSAR) 2021年
Seismic Risk Assessment of Hanoi Using the Japanese Assessment Method
Takanobu Suzuki; Ha Thai Son
The International Conference on Research Development and Cooperation in Geophysics Hanoi (VIET-GEOPHYS-2017) 2017年10月 [査読有り]
Seismic Risk Assessment of Hanoi Using the Japanese Assessment MethodTakanobu Suzuki; Ha Thai SonThe International Conference on Research Development and Cooperation in Geophysics Hanoi (VIET-GEOPHYS-...詳細
Seismic Risk Assessment of Hanoi Using the Japanese Assessment Method
Takanobu Suzuki; Ha Thai Son
The International Conference on Research Development and Cooperation in Geophysics Hanoi (VIET-GEOPHYS-2017) 2017年10月 [査読有り]
Proc. of ISERD2017 73 4 I_592 - I_600 公益社団法人 土木学会 2017年02月 [査読有り]
Analysis on Surface Deformation and Cracks in Paddy Fields by 2016 Kumamoto Earthquake Using GNSS and PhotogrammetryTakahiko Kubodera; Takanobu Suzuki; Hiroshi Masaharu; Eiji MatsuoProc. of ISERD2017 ...詳細
Analysis of telecommunication conduit damages in the Great East Japan Earthquake, and effective lining repair technologyYasushi Yamazaki; Koji Tanaka; Yoshihiko Tashiro; Masato Wakatake; Akira Ito; Qi...詳細
Analysis of telecommunication conduit damages in the Great East Japan Earthquake, and effective lining repair technology
Damage prediction method of telecommunication pipeline attached to road bridges during large earthquake
Masato Wakatake; Gaku Shoji; Takanobu Suzuki; Takashi Kondo; Koji Tanaka
Proc. of 16WCEE(Chile) 2017年01月 [査読有り]
Damage prediction method of telecommunication pipeline attached to road bridges during large earthquakeMasato Wakatake; Gaku Shoji; Takanobu Suzuki; Takashi Kondo; Koji TanakaProc. of 16WCEE(Chile) 20...詳細
Damage prediction method of telecommunication pipeline attached to road bridges during large earthquake
Masato Wakatake; Gaku Shoji; Takanobu Suzuki; Takashi Kondo; Koji Tanaka
Proc. of 16WCEE(Chile) 2017年01月 [査読有り]
Development of Earthquake Damage Estimation Method of Telecommunication Conduits by Considering Laying Conditions
Development of Earthquake Damage Estimation Method of Telecommunication Conduits by Considering Laying ConditionsAkira Ito; Masato Wakatake; Yoshihiko Tashiro; Koji Tanaka; Qiusong Zhang; Mamoru Kanay...詳細
Development of Earthquake Damage Estimation Method of Telecommunication Conduits by Considering Laying Conditions
Deterioration in seismic performance of telecommunication conduits
A. Ito; K. Tanaka; K. Sakaki; T. Suzuki
19th International Corrosion Congress(Korea) 2014年 [査読有り]
Analysis on Laying Form of Telecommunication Conduit Susceptible to Earthquake
M. Wakatake; K. Sakaki; S. Katagiri; T. Suzuki
Proceedings of Second European Conference on Earthquake Engineering and Seismology (2ECEES) 2014年 [査読有り]
Analysis on Laying Form of Telecommunication Conduit Susceptible to EarthquakeM. Wakatake; K. Sakaki; S. Katagiri; T. SuzukiProceedings of Second European Conference on Earthquake Engineering and Seis...詳細
Analysis on Laying Form of Telecommunication Conduit Susceptible to Earthquake
M. Wakatake; K. Sakaki; S. Katagiri; T. Suzuki
Proceedings of Second European Conference on Earthquake Engineering and Seismology (2ECEES) 2014年 [査読有り]
Y Shimizu; F Yamazaki; S Yasuda; Towhata, I; T Suzuki; R Isoyama; E Ishida; W Suetomi; K Koganemaru; W Nakayama
JOURNAL OF GEOTECHNICAL AND GEOENVIRONMENTAL ENGINEERING 132 2 237 - 249 2006年02月
Development of real-time safety control system for urban gas supply networkY Shimizu; F Yamazaki; S Yasuda; Towhata, I; T Suzuki; R Isoyama; E Ishida; W Suetomi; K Koganemaru; W NakayamaJOURNAL OF GEO...詳細
Proceedings of 12th World Conference of Earthquake Engineering 2000年 [査読有り]
A simplified estimation method of elasto-plastic deformations of buried pipelines caused by lateral spreading due to liquefaction鈴木 崇伸Proceedings of 12th World Conference of Earthquake Engineering 200...詳細
BULLETIN OF THE EARTHQUAKE RESEARCH INSTITUTE-UNIVERSITY OF TOKYO 59 327 - 360 1984年 [査読有り]
APPLICATION OF THE DYNAMIC FINITE-ELEMENT METHOD WITH NON-REFLECTING BOUNDARY FOR 3 DIMENSIONAL WAVE-PROPAGATIONT SUZUKI; M HAKUNOBULLETIN OF THE EARTHQUAKE RESEARCH INSTITUTE-UNIVERSITY OF TOKYO 59 3...詳細
インフラ・ライフライン減災対策シンポジウム講演集 Proceedings of the Simposium on Disaster Mitigation and Resilience of the Infrastructures and Lifeline Systems 2018年01月
通信用橋梁系設備の既往地震被害 [通常講演]庄司 学; 寺嶌 幹裕; 張 秋松; 奥津 大; 若竹 雅人; 末冨 岩雄; 塚本 博之; 鈴木 崇伸インフラ・ライフライン減災対策シンポジウム講演集 Proceedings of the Simposium on Disaster Mitigation and Resilience of the Infrastructures and Lifelin...詳細
This paper presents a study of proper notification method of the Earthquake Early Warning(EEW) which is firstly announced from Japan Meteorological Agency. The EEW is epoch-making technology in the sense of knowing a big earthquake before the ground starts shaking. It is important that most people have to know the EEW immediately in order to defend themselves before shaking. Public notification of the EEW needs quickness and simplicity. Organizing the working group, we have developed two notification articles for the EEW, one is the signal sound and the other is the pictogram. By using thes...
緊急地震速報の一般向け報知に関する検討 [通常講演]鈴木 崇伸; 藤縄 幸男; 水井 良暢地域安全学会梗概集 2008年05月 This paper presents a study of proper notification method of the Earthquake Early Warning(EEW) which is firstly announced from Japan Me...詳細
This paper presents a study of proper notification method of the Earthquake Early Warning(EEW) which is firstly announced from Japan Meteorological Agency. The EEW is epoch-making technology in the sense of knowing a big earthquake before the ground starts shaking. It is important that most people have to know the EEW immediately in order to defend themselves before shaking. Public notification of the EEW needs quickness and simplicity. Organizing the working group, we have developed two notification articles for the EEW, one is the signal sound and the other is the pictogram. By using thes...
The Earthquake Early Warning (EEW) will be started to announce to the public through TV or radio from October 1^, 2007 in Japan. The EEW for public is real-time information of the coming of strong seismic waves such as announcing area and seismic intensity to help people to save their lives. Recognition of EEW is by the use of visual method (pictogram) and audio method (signature sound). This paper describes how developed the signature sound for EEW.
緊急地震速報伝達方法(人向け)検討(サイン音) [通常講演]水井 良暢; 鈴木 崇伸; 藤縄 幸雄地域安全学会梗概集 2007年11月 The Earthquake Early Warning (EEW) will be started to announce to the public through TV or radio from October 1^, 2007 in Japan. Th...詳細
The Earthquake Early Warning (EEW) will be started to announce to the public through TV or radio from October 1^, 2007 in Japan. The EEW for public is real-time information of the coming of strong seismic waves such as announcing area and seismic intensity to help people to save their lives. Recognition of EEW is by the use of visual method (pictogram) and audio method (signature sound). This paper describes how developed the signature sound for EEW.
Liquefaction effect is known to increase a damage of lifeline so that there is a need to detect liquefaction quickly. Tokyo-Gas started installation of "New SI-sensor" which records waveform data on Jan. 1998 to 3600 gas regulators. If we will be able to detect liquefaction using only waveform data at 3600 points soon after large earthquake, accurate liquefaction area and pipeline damage could be estimated quickly. We analyzed about 70 waveforms including 9 liquefaction waveforms, and found 4 criterions described, as follows are necessary to detect liquefaction. (i)Amax>100 gal, (ii)SI>20 k...
12. 地震波形を用いた液状化判定方法の開発(II. 被害予測と緊急対応 その1,第IIセッション,第8回(平成10年度)地域安全学会研究発表会) [通常講演]中山 渉; 清水 善久; 鈴木 崇伸地域安全学会論文報告集 1998年10月 Liquefaction effect is known to increase a damage of lifeline so that there is a...詳細
Liquefaction effect is known to increase a damage of lifeline so that there is a need to detect liquefaction quickly. Tokyo-Gas started installation of "New SI-sensor" which records waveform data on Jan. 1998 to 3600 gas regulators. If we will be able to detect liquefaction using only waveform data at 3600 points soon after large earthquake, accurate liquefaction area and pipeline damage could be estimated quickly. We analyzed about 70 waveforms including 9 liquefaction waveforms, and found 4 criterions described, as follows are necessary to detect liquefaction. (i)Amax>100 gal, (ii)SI>20 k...