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Haruhiko SHINOZAKI

Observed names: H. Shinozaki, Haruhiko SINOZAKI, Haruhiko Shinozaki, Shinozaki, Haruhiko, 晴彦 篠崎, 篠崎, 晴彦, 篠崎晴彦
OpenAlex ID: A5040948280
Characteristics and Assessment of seismic behavior of improved ground by Sand Compaction Pile Method using iron and steel slag as base of Gravity Caisson Structure
2012 · Hiroki KINOSHITA, Koji ICHII, et al. · Japanese Geotechnical Journal · 5
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Ground stability against backfill loading of SCP improved ground using solidified iron-and-steel slag
2011 · Hidenori TAKAHASHI, Yoshiyuki MORIKAWA, et al. · Japanese Geotechnical Journal · 5
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Hardening Property of Granulated Blast Furnace Slag and Its Application to Soil Improvement
2006 · Haruhiko SHINOZAKI, Hiroshi MATSUDA, et al. · Journal of Japan Society of Civil Engineers Ser C (Geosphere Engineering) · 5
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Cyclic Shear Strength of Granulated Blast Furnace Slag in the Process of Hardening
2008 · Haruhiko SHINOZAKI, Hiroshi MATSUDA, et al. · Journal of Japan Society of Civil Engineers Ser C (Geosphere Engineering) · 4
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Persistent Geo-material Mixed With Steel-making Slag and Dredged Soil
2021 · Yuji SUGIMURA, Haruhiko SINOZAKI, et al. · Journal of Japan Society of Civil Engineers Ser B3 (Ocean Engineering) · 3
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Model Vibration Test of Sheet-pile Quay Wall With Persistent Back-filling Composed of Steel-making Slag
2021 · Yuji SUGIMURA, Satoshi MATSUMUR, et al. · Journal of Japan Society of Civil Engineers Ser B3 (Ocean Engineering)
A Study on Modeling Improved Ground With Steelmaking Slag Compaction Pile Method and Seismic Effectiveness
2021 · Shingo AWAZU, Yousuke OHYA, et al. · Journal of Japan Society of Civil Engineers Ser B3 (Ocean Engineering)
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Chemical and Unconfined Compression Strength Properties of Steel Slag Mixed Problematic Soil
2020 · Yuji SUGIMURA, Haruhiko SINOZAKI, et al. · Japanese Geotechnical Journal
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Investigation of Soil Characteristics of Test Embankment Using Granulated Blast Furnace Slag After 16 Years from Construction
2020 · Hiroyuki HARA, Hiroshi MATSUDA, et al. · Journal of the Society of Materials Science Japan
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製鋼スラグを混合した火山灰質細粒土および,高有機質土の力学特性 その2:強度試験
2019 · 杉村裕二, 篠崎晴彦, et al.
鉄鋼スラグの利活用の現状と課題 (特集 最近の地盤材料改良技術)
2017 · 晴彦 篠崎, 有三 赤司 · 基礎工 = The foundation engineering & equipment, monthly : 土木・建築基礎工事と機材の専門誌
カルシア改質土による浅場の造成 (特集 多様化する軟弱地盤改良技術)
2016 · 晴彦 篠崎, 知佳 小杉, et al. · 基礎工 = The foundation engineering & equipment, monthly : 土木・建築基礎工事と機材の専門誌
Ground Improvement Method by Reusing Solidified Iron-and-Steel Slag
2014 · Hidenori Takahashi, Yoshiyuki Morikawa, et al. · Geo-Congress 2014 Technical Papers
Deformation Behaviour Of Ground Improved By Scp Method Using Solidified Iron–And–Steel Slag
2013 · Hidenori Takahashi, Yoshiyuki Morikawa, et al. · Southeast Asian Geotechnical Conference (SEAGC)
Deformation Characteristics of Improved Ground by Sand Compaction Pile Method Using Iron and Steel Slag
2011 · H. Kinoshita, K. Ichii, et al. · International Conference on Geotechnical Engineering for Disaster Mitigation and Rehabilitation (GEDMAR)
Assessment of seismic behavior of improved ground by Sand Compaction Pile Method using solidified iron and steel slag
2010 · H. Kinoshita, Koji Ichii, et al.
鉄鋼スラグ水和固化体製人工石材の港湾工事への活用 (特集 明日の基礎工)
2008 · 久宏 松永, 晴彦 篠崎, et al. · 基礎工
9. 鉄鋼スラグ(建設・産業副産物の地盤工学的有効利用)
2005 · 博 松田, 雅夫 中川, et al.
Secular change of the granulated blast furnace slag used as a light weight embankment
2004 · Koichi Takamiya, Hiroshi Matsuda, et al. · Proceedings of the Japan National Conference on Geotechnical Engineering
Assessment of seismic behavior of improved ground by Sand Compaction Pile Method using solidified iron and steel slag
· 木下, 洋樹, 一井, 康二, et al. · Hiroshima University Institutional Repository
Works count: 21
Citation count: 22
H-index: 4
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