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1)
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Kazuya Itoh, Tatsuya Shibata, Nobutaka Hiraoka, Naotaka Kikkawa, Surendra B. Tamrakar and Yasuo Toyosawa (2019) CHARACTREISTICS OF LABOR ACCIDENTS CAUSED BY SLOPE FAILURE DURING SLOPE CUTTING WORKS AND APPLICATION OF TILT SENSOR FOR MEASUREMENT OF SLOPE MOVEMENT. KEC Conference 2019, p. 1-6, P-18, Lalitpur, Nepal, September 26, p. 2019.
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2)
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Nobutaka Hiraoka a, Naotaka Kikkawa and Kazuya Itoh(2019) A Study on Slope Failure by Difference of Slope Angle due to Groundwater Using Centrifuge Modelling. Asia Pacific Symposium on Safety 2019 (APSS2019) .
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3)
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Shoken Shimizu, Rieko Hojo and Christoph Bordlein (2019) Safeguarding Supportive System (SSS) for Residual Risks in Integrated Manufacturing System (IMS) . Vision Zero Summit 2019 , Program pp. 6.
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4)
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Shoken Shimizu, Kyoko Hamajima, Shigeo Umezaki, Mizuho Nakamura and Rieko Hojo(2019) Location Identification of Workers by a newly established Safeguarding Supportive System (SSS) . 6th European Conference on standardization, testing and certification in the field of occupational safety and health (EuroSHnet 2019) , p. 4.
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5)
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Shoken Shimizu, Kyoko Hamajima, Rieko Hojo(2019) Novel Safety Management for Current Industry Revolution-Dynamic Risk Assessment. The 2020 IEEE 2nd Global Conference on Life Sciences and Technologies (LifeTech 2020) , Proceedings of LifeTech2020, pp. 381-382.
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6)
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Rieko Hojo, Shoken Shimizu and Christoph Bordlein(2019) Application of Behavior Analysis to Safety Management — For a Quantitative Evaluation of Risk Assessment. Vision Zero Summit 2019 , Program pp. 12.
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7)
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Katsumi Matsui, Rieko Hojo, Shoken Shimizu, Kyoko Hamajima, Shigeo Umezaki, Mizuho Nakamura and Sei Takahashi(2019) Importance of graphical feedback under Safeguarding Supportive System (SSS) for safety and productivity- an approach of the behavioral analysis. 6th European Conference on standardization, testing and certification in the field of occupational safety and health (EuroSHnet 2019) , p. 4.
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8)
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Rieko Hojo, Kyoko Hamajima, Shigeo Umezaki, Mizuho Nakamura and Shoken Shimizu(2019) Detection of dangerous points and behavioral modification from environmental change by behavior analysis procedure under the safeguarding supportive system (SSS) at a tunnel construction site. 6th European Conference on standardization, testing and certification in the field of occupational safety and health (EuroSHnet 2019) , p. 4.
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9)
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Rieko Hojo, Christoph Bordlein, Kyoko Hamajima, Shigeo Umezaki and Shoken Shimizu(2019) For a Quantitative Evaluation of Risk Assessment -Behavior-based Safety. The 2020 IEEE 2nd Global Conference on Life Sciences and Technologies (LifeTech 2020) , Proceedings of LifeTech2020, pp. 378-380.
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10)
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Yuka Koremura, Rieko Hojo and Shoken Shimizu (2019) A Perspective of OBM to BBS and Other Industries. The 2020 IEEE 2nd Global Conference on Life Sciences and Technologies (LifeTech 2020), Proceedings of LifeTech2020, pp. 375-377.
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11)
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K. Uemura, R. Takatoku, K. Itoh, N. Suemasa, N. Kikkawa, N. Hiraoka and T. Sasaki (2019) Centrifuge model tests on improved soils using Ca(OH)2 and SiO2 grout. ICEGE 7th 2019, pp. 5393-5401.
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12)
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Naotaka Kikkawa, Nobutaka Hiraoka, Kazuya Itoh and Roland P. Orense (2019) Study on strength and deformation characteristics of early age shotcrete in tunnel cutting face. Tunnels and Underground Cities: Engineering and Innovation meet Archaeology, Architecture and Art – Peila, Viggiani & Celestino (Eds) © 2019 Taylor & Francis Group, London, ISBN 978-1-138-38865-9, Proceedings of WTC2019, pp. 4882 - 4891.
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13)
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Atsushi Ohsawa (2019) On the hyperbolic law of the charge relaxation for low-conductivity liquids. 2019 Annual Meeting of the Electrostatics Society of America, Proceedings of 2019 Annual Meeting of the Electrostatics Society of America, G2 (pp. 4) .
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14)
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Atsushi Ohsawa(2019) A kinetic model for the electrostatic spark discharge in atmospheric-pressure air. Electrostatics 2019, Abstract book of Electrostatics 2019 (pp. 1) .
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15)
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Atsushi Sugama(2019) The Height of Occupational Fall Injuries and Fatalities in the Japanese Construction Industry. Proceedings of Asia Pacific Symposium on Safety 2019, pp. 541-546.
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16)
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Ken Tokizawa, Hirofumi Tsuchimoto and Toru Shimuta (2020) Development of core temperature estimation system using patch-type heat-flux sensors on the chest. Proceedings of the 97th Annual Meeting of the Physiological Society of Japan, p.S170.
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17)
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Hiroki Ikeda, Tomohide Kubo, Takeshi Sasaki, Xinxin Liu, Tomoaki Matsuo, Rina So, Shun Matsumoto1 and Masaya Takahashi (2019) Association between daily rest periods and sleep duration/timing on workdays and non-workdays: a cross sectional web survey. Sleep Sci, Vol.12(Supl.3), p.42.
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18)
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Tomohide Kubo, Shun Matsumoto, Takeshi Sasaki, Hiroki Ikeda, Shuhei Izawa, Masaya Takahashi, Shigeki Koda, Tsukasa Sasaki and Kazuhiro Sakai (2019) Examining excessive fatigue symptoms among truck drivers by the list of prodrome of karoshi (overwork-related cerebrovascular and cardiovascular diseases). Sleep Sci, Vol.12(Supl.3), p.47.
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19)
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Shun Matsumoto, Tomohide Kubo, Shuhei Izawa, Hiroki Ikeda, Masaya Takahashi and Shigeki Koda (2019) Effects of sufficient sleep on fatigue and blood pressure in local and long-haul truck drivers: a field study. Sleep Sci, Vol.12(Supl.3), p.53.
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20)
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Masaya Takahashi, Toru Yoshikawa, Takashi Yamauchi and Shigeo Umezaki (2019) Characteristics of compensated claims for overwork-related mental disorders among employees in transport and postal activities in japan. Sleep Sci, Vol.12(Supl.3), p.68.
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21)
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清水尚憲, 松井克海, 濱島京子, 梅崎重夫, 福田隆文, 高橋聖, 北條理恵子(2019) 支援的保護システム(Safeguarding Supportive System; SSS) -トンネル施工現場における実証実験. 自動制御学会・システム情報部門学術講演会2019, プログラムp.2.
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22)
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久保洸貴, 清水尚憲, 北條理恵子, 高橋聖(2019) 非定常作業時における3ポジションイネーブル装置の妥当性検証- 安全防護策としての使用要件に関する論理的検証. 自動制御学会・システム情報部門学術講演会2019, プログラムp.2.
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23)
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北條理恵子, 濱島京子, 梅崎重夫, 清水尚憲(2019) 職場の安全における作業者の自己管理及び管理者の適切な安全管理のための行動分析学. 自動制御学会・システム情報部門学術講演会2019, プログラムp.2.
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24)
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松井克海, 北條理恵子, 清水尚憲, 濱島京子, 梅崎重夫, 高橋聖(2019) 作業環境における人の作業効率のための行動分析学的介入の有効性検証. 自動制御学会・システム情報部門学術講演会2019, プログラムp.2.
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