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Shoichi UEMURA

Observed names: 昌一 植村, 植村 昌一, 植村, 昌一
OpenAlex ID: A5044248325
Evaluating Effects of Increased Precipitation Caused by Climate Change on Stability of Rail Transport
2020 · Shoichi UEMURA, Ken HASHIMOTO, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering) · 5
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Future changes in slope failure caused by climate change
2022 · Shoichi UEMURA, Shinya HIRAMATSU, et al. · Journal of the Japan Landslide Society · 4
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Evaluating Effects of Increased Precipitation Caused by Climate Change on Stability of Rail Transport ―analysis of Multiple Railway Lines―
2021 · Shoichi UEMURA, Ken HASHIMOTO, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering) · 4
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2B13 Development of a new scour detector that enables monitoring of pier soundness (Condition Monitoring-Vehicle)
2015 · Takenori KEYAKI, Osamu SUZUKI, et al. · The Proceedings of International Symposium on Seed-up and Service Technology for Railway and Maglev Systems STECH · 3
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1983 · Takashi IIZAWA, Tadatomi NISHIKUBO, et al. · KOBUNSHI RONBUNSHU · 3
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Evaluation of Impact on Train Operation Control Due to Changes in Heavy Rainfall Caused by Climate Change
2024 · Hiroto SUZUKI, Shoichi UEMURA · Japanese Journal of JSCE · 1
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Analysis of slope storage depth in reference to the water circulation process
2023 · Shoichi UEMURA, Shinya HIRAMATSU, et al. · Journal of the Japan Landslide Society · 1
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Proposing a Model for Predicting Surface Failure Caused by Snow Melt and Application to The Mountain Slope
1999 · Shoichi UEMURA, Shinya HIRAMATSU, et al. · Landslides · 1
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Long-term Changes in Frequency of Railway Bridge Washouts and Causes of the Washouts
2026 · Hiroto SUZUKI, Shoichi UEMURA · Japanese Journal of JSCE
Impact of Climate Change on Train Operation Control Due to Flooding in Urban Small-medium Sized Rivers
2026 · Shoichi UEMURA, Hiroto SUZUKI · Japanese Journal of JSCE
Applicability of the Vein-type Ground Improvement Method to Diluvial Sand Layers and Rational Evaluation of Improvement Specifications
2026 · Jun IZAWA, Tomoya ONODERA, et al. · Japanese Journal of JSCE
Climate Changes Impact of Debris Flow Damage Assessment Based on Flood Sedimentation Using Planning Method
2025 · Shoichi UEMURA · Japanese Journal of JSCE
Analysis of storage depth based on hillside slope conditions in water circulation
2025 · Shoichi UEMURA, Shinya HIRAMATSU, et al. · Journal of the Japan Landslide Society
Performance of Liquefaction Countermeasure in Densified Ground Approximately 10 Years After Execution
2025 · Jun IZAWA, Tomoya ONODERA, et al. · Japanese Journal of JSCE
Future Changes in Collapse on Rail Due to Climate Change ―analysis of Multiple Railway Lines―
2024 · Shoichi UEMURA, Hiroto SUZUKI · Japanese Journal of JSCE
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Relationship Between Rainfall and Delayed Collapse Along Railways
2019 · Shoichi UEMURA, Yasuyuki UJIHASHI, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering)
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On the Evaluating Risk Method of Natural Slope Failure Based on Storage Height
2018 · Shoichi UEMURA, Yasuyuki UJIHASHI, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering)
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On the methods of risk evaluation for embankment collapse
2018 · Shoichi UEMURA, Yasuyuki UJIHASHI, et al. · Journal of the Japan Landslide Society
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On the Risk Assessment of Cut Slope Collapse
2018 · Shoichi UEMURA, Yasuyuki UJIHASHI, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering)
The relationship between rainfall and collapse of sedimentary soil layer in lower part of cut slope
2017 · Shoichi UEMURA, Yasuyuki UJIHASHI, et al. · Journal of the Japan Landslide Society
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地形、風向による雪の吹きだまり量の違い (特集 安全・防災)
2015 · 達志 乙部, 昌一 植村, et al. · JREA
レンガアーチ造の高架橋(旧万世橋駅)の耐震補強対策
2010 · 範俊 小林, 昌一 植村, et al. · 日本鉄道施設協会誌
Effect of forest on surface failure caused by snowmelt
2002 · Michiya IRASAWA, Shinya HIRAMATSU, et al. · Landslides
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鉄道沿線斜面における崩壊危険度評価に関する研究
· 植村 昌一 · Institutional Repositories DataBase (IRDB)
On the Risk Assessment of Slope Collapse along Railroad
· 植村, 昌一, Shoich, Uemura · Institutional Repositories DataBase (IRDB)
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Works count: 25
Citation count: 22
H-index: 3
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