Hiroyuki Noguchi - My portal

Profile Information

Affiliation: Assistant Professor, College of Industrial Technology Department of Civil Engineering, Nihon University

Degree: Doctor of Engineering(Mar, 2019, Nihon university)

J-GLOBAL ID: 201901020252850585
researchmap Member ID: 7000029012

Research Interests

Research Areas

Social infrastructure (civil Engineering, architecture, disaster prevention) / Civil engineering (materials, implementation, construction management) /
Social infrastructure (civil Engineering, architecture, disaster prevention) / Structural and seismic engineering / Structural engineering/Earthquake engineering/Maintenance management engineering

Research History

Apr, 2022 - Present

Assistant Professor, College of Industrial Technology, Department of Civil Engineering, Nihon university
Apr, 2019 - Mar, 2022

Research Assistant, College of Industrial Technology, Department of Civil Engineering, Nihon university,

Education

Apr, 2016 - Mar, 2019

Department of Civil Engineering, Division of Industrial Technology, Nihon University Graduate School
Apr, 2014 - Mar, 2016

Department of Civil Engineering, Division of Industrial Technology, Nihon University Graduate School
Apr, 2010 - Mar, 2014

Department of Civil Engineering, College of Industrial Technology, Nihon University

Awards

2014

土木学会平成26年度全国大会第69回年次学術講演会優秀講演者, 超早強SFRC上面補強法における鋼床版のたわみ低減効果に関する研究, Japan Society of Civil Engineers

Papers

Axial Compressive Load-Carrying Capacity of Adhesive-Applied PCM Increasing Thickness with Metal-Grid in RC Column Using Normal Concrete and Recycled Aggregate Concrete

Yasufumi TONOHIRO, Tadashi ABE, Noritaka MOROHASHI, Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI

Journal of the Society of Materials Science, Japan, 73(4) 364-371, Apr 15, 2024
Evaluation of fatigue durability and effect of adhesive by running wheel fatigue test of precast replacement RC slabs with filling part at width direction

Tadashi Abe, Shinya Shigematsu, Kazuhiko Minakuchi, Hiroyuki Noguchi

Journal of Structural Engineering, A, 70 784-796, Mar, 2024 Peer-reviewed
Study on Bonding Interface Technology in SFRC Pavement on Orthotropic Steel Deck Using Dismantlable Material

Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI, Kiyoshi ITO, Shinya YOKOTA, Tadashi ABE

Concrete Structure Scenarios, JSMS, 23 449-454, Oct, 2023 Peer-reviewedCorresponding author
Evaluation of Fatigue Durability of Precast Replacement RC Slab Jointed with Longitudinal Direction by Wheel Load Fatigue Experiment

Shinya SHIGEMATSU, Tadashi ABE, Kosuke ONO, Ken SUZUKI, Hiroyuki NOGUCHI

Concrete Structure Scenarios, JSMS, 23 87-92, Oct, 2023 Peer-reviewed
EXPERIMENTAL STUDY ON ADHESIVE INTEGRATION OF CONCRETE AND PLYWOOD USING EPOXY RESIN ADHESIVES FOR BOND

Noritaka MOROHASHI, Tadashi ABE, Hiroyuki NOGUCHI, Kazuhiko MINAKUCHI

Proceedings of the Japan Concrete Institute, 45(2) 1057-1062, Jul, 2023 Peer-reviewed
Load-carrying capacity of RC beam with an expansion joint and evaluation of fatigue durability by fixed point fatigue test using relational expression of modified Goodman's

Tadashi Abe, Shigetaka Sasaki, Hiroyuki Noguchi, Kazuhiko Minakuchi, Yutaka Kawai

Journal of Structural Engineering, A, 69 871-883, Apr, 2023 Peer-reviewed
Evaluation of fatigue durability and structural characteristic by running wheel fatigue test of RC slabs using expansion joint for cold weather specification

Tadashi Abe, Shigetaka Sasaki, Kazuhiko Minakuchi, Hiroyuki Noguchi, Kouicti Fukami

Journal of Structural Engineering, A, 69 693-704, Apr, 2023 Peer-reviewed
Study on Bond Characteristic of Interface in SFRC Pavement on Orthotropic Steel Deck with Environmental Durability on Deck-plate Surface after Anti-Corrosion Treatment

Hiroyuki NOGUCHI, Kazuhiko MINAKUCHI, Yatsuhiro ICHINOSE, Kiyoshi ITO, Tadashi ABE

Proceedings of the Concrete Structure Scenarios, JSMS, 22 517-522, Oct, 2022 Peer-reviewedLead authorCorresponding author
荷重分布型伸縮装置を設置したRCはりの耐荷力および製作・施工技術

Shigetaka SASAKI, Tadashi ABE, Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI, Koichi FUKAMI, Masaaki KANEKO

Proceeding of Symposium on Decks of Highway Bridges, 12 153-158, Oct, 2022 Peer-reviewed
荷重分布型伸縮装置の耐疲労性の評価および建研式引張試験による引張接着強度

Kazuhiko MINAKUCHI, Tadashi ABE, Shigetaka SASAKI, Hiroyuki NOGUCHI, Koichi FUKAMI, Masaaki KANEKO

Proceeding of Symposium on Decks of Highway Bridges, 12 201-206, Oct, 2022 Peer-reviewed
メタルグリッド筋を全面配置した鋼床版SFRC補強による応力低減効果

Yasukuni YOSHIOKA, Tadashi ABE, Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI

Proceeding of Symposium on Decks of Highway Bridges, 12 259-264, Oct, 2022 Peer-reviewed
Effect of stress reduction by metal-grid placed on the whole surface and SFRC pavement stiffening for fatigue damaged orthotropic steel deck

Yasukuni YOSHIOKA, Tadashi ABE, Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI

Proceedings of the Japan Concrete Institute, 44(2) 253-258, Jul, 2022 Peer-reviewed
INFLUENCE OF UFC PANEL WITH DIFFERENT SYNTHETIC SURFACE SHAPE IN UFC・RC COMPOSITE COLUMN ON AXIAL COMPRESSIVE LOAD-CARRYING CAPACITY AND FAILURE MODES OF COLUMN MEMBERS

Hiroyuki NOGUCHI, Kazuhiko MINAKUCHI, Tadashi ABE, Toshiaki SAWANO

Cement Science and Concrete Technology, 75(1) 294-301, Mar 31, 2022 Peer-reviewedLead author
Study on axial compressive load-carrying capacity of composite column using UFC panels with different shapes of synthetic surface

Hiroyuki NOGUCHI, Kazuhiko MINAKUCHI, Tadashi ABE and Toshiaki SAWANO

Proceedings of the Japan Concrete Institute, 43(2) 751-756, Jul, 2021 Peer-reviewedLead author
継手構造を有するメタルグリッド筋を配置したRC床版上面増厚補強法における耐疲労性

Hirotaka NAKAJIMA, Tadashi ABE, Hiroyuki NOGUCHI, Keisuke SHIOTA, Yasukuni YOSHIOKA, Kazuki ARIZONO

Proceeding of Symposium on Decks of Highway Bridges, 11 191-196, Oct, 2020 Peer-reviewed
Experiment study on fatigue durability of concrete structure with CFRP rod

Hiroyuki NOGUCHI, Kazuhiko MINAKUCHI, Tadashi ABE

Proceedings of the Japan Concrete Institute, 42(2) 1303-1308, Jul, 2020 Peer-reviewedLead authorCorresponding author
Evaluation of fatigue durability of RC slab reinforced SFRC upper surface thickness increased method using metal grid in thick layer

Hirotaka NAKAJIMA, Tadashi ABE, Hiroyuki NOGUCHI, Keisuke SHIOTA

Cement Science and Concrete Technology, 73(1) 355-362, Mar 31, 2020 Peer-reviewed
Evaluation of fatigue durability of RC slab reinforced with SFRC upper surface thickness increase method using reinforcement member joints in thickening layer

Hirotaka Nakajima, Tadashi Abe, Keisuke Shiota, Kazuhiko Minakuchi, Hiroyuki Noguchi

Journal of Structural Engineering, A, 66A 752-761, 2020 Peer-reviewed
Deterioration Diagnosis by Small Diameter Core Inspection of Decrepit RC Slab

Hiroyuki NOGUCHI, Tadashi ABE, Makiko TAKANO, Katusmi OKUBO and Daiki SATO

Proceedings of the Concrete Structure Scenarios, JSMS, 19 537-542, Oct, 2019 Peer-reviewedLead author
Evaluation of Fatigue Resistance on Adhesive-Applied Upper Surface Thickness Increasing Method Using Metal Grid Expanded Type

Hirotaka NAKAJIMA, Tadashi ABE, Hiroyuki NOGUCHI, Keisuke SHIOTA

Proceedings of the Japan Concrete Institute, 41(2) 1261-1266, Jul, 2019 Peer-reviewed

Presentations

Study on internal properties and strength estimation method of aging RC floor slab by micro destructive inspection

Takamasa Satou, Hiroyuki Noguchi, Toshiaki Sawano, Kazuhiko Minakuchi

Japan Society of Civil Engineers 2023 Annual Meeting, Sep 15, 2023
Load Carrying Capacity from Pull Out Test of Deformed Re-bar with Circular Projection

Ken Suzuki, Shinya Shigematsu, Tadashi Abe, Hiroyuki Noguchi, Noritaka Morohashi

Japan Society of Civil Engineers 2023 Annual Meeting, Sep 15, 2023
Fatigue durability of RC beam with load-distribution type expansion joint in fixed point fatigue test

Shigetaka SASAKI, Tadashi ABE, Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI, Masaaki KANEKO, Hirokazu FUKAMI

Japan Society of Civil Engineers 2022 Annual Meeting, Sep 16, 2022, Japan Society of Civil Engineers
Experiment of suppression effect of opening-closing width in bonding interface by running wheel fatigue test of replacement precast slab

Shinya SHIGEMATSU, Tadashi ABE, Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI, Kousuke ONO

Japan Society of Civil Engineers 2022 Annual Meeting, Sep 16, 2022, Japan Society of Civil Engineers
Decreasing effect of High Durability Epoxy Adhesive on Open-Close Width at Joint Interface of Replacement RC Slabs

Kosuke ONO, Tadashi ABE, Hiroyuki NOGUCHI, Hiroshi ONISI, Makoto HISADA

Japan Society of Civil Engineers 2021 Annual Meeting, Sep 9, 2021, Japan Society of Civil Engineers
Experimental study on the concrete and mortar compressive strength which mixed the super absorbent polymer

Hikaru SHINZAWA, Toshiaki SAWANO, Kazuhiko MINAKUCHI, Hiroyuki NOGUCHI

Japan Society of Civil Engineers 2020 Annual Meeting, Sep, 2020, Japan Society of Civil Engineers
Diagnostic Techniques by Small Core Test of RC Slab Using Small Size Core Machine

Hiroyuki NOGUCHI, Tadashi ABE, Makiko TAKANO, Katsumi OKUBO

Japan Society of Civil Engineers 2019 Annual Meeting, Sep, 2019, Japan Society of Civil Engineers
Diagnosis Method of Internal Injury by Various Test Methods Using Small Size Cores Machine

Daiki SATO, Tadashi ABE, Hiroyuki NOGUCHI, Makiko TAKANO, Katsumi OKUBO

Japan Society of Civil Engineers 2019 Annual Meeting, Sep, 2019, Japan Society of Civil Engineers
早強セメントに低収縮型早強性混和材を添加させたSFRCを用いた補強法による鋼床版デッキプレートのたわみ挙動

Hiroyuki NOGUCHI, Tadashi ABE, Yutaka KAWAI, Yatsuhiro ICHINOSE, Takeshi YAMASHITA

Japan Society of Civil Engineers 2018 Annual Meeting, Aug, 2018, Japan Society of Civil Engineers
SFRC上面補強法における鋼床版の応力低減に関する研究

Hiroyuki NOGUCHI, Tadashi ABE, Yutaka KAWAI, Yatushiro ICHINOSE, Takeshi YAMASHITA

Japan Society of Civil Engineers 2017 Annual Meeting, Sep, 2017, Japan Society of Civil Engineers
展張格子鋼板筋を配置したSFRC上面増厚補強RC床版の耐疲労性の評価

Hiroyuki NOGUCHI, Tadashi ABE, Yasukuni YOSHIOKA, Keisuke SHIOTA

Japan Society of Civil Engineers 2016 Annual Meeting, Sep, 2016, Japan Society of Civil Engineers
普通セメントに低収縮型早強性混和材を配合した鋼床版SFRC舗装における耐疲労性の評価

Hiroyuki NOGUCHI, Tadashi ABE, Yutaka KAWAI, Yatsuhiro ICHINOSE, Takeshi YAMASHITA, Takayoshi KODAMA

Japan Society of Civil Engineers 2016 Annual Meeting, Sep, 2016, Japan Society of Civil Engineers
普通セメントに低収縮型早強性混和材を配合したSFRC材の上面補強における応力低減効果

Hiroyuki NOGUCHI Tadashi ABE, Yutaka KAWAI, Yatsuhiro ICHINOSE, Takeshi YAMASHITA

Japan Society of Civil Engineers 2015 Annual Meeting, Sep, 2015, Japan Society of Civil Engineers
接着剤塗布型SFRC上面補強における鋼床版のたわみ抑制に関する研究

Hiroyuki NOGUCHI Tadashi ABE, Yutaka KAWAI, Yatsuhiro ICHINOSE, Takeshi YAMASHITA

Proceedings of The 58th Japan Congress on Materials Research, Oct, 2014, The Society of Materials Science,Japan
超早強SFRC上面補強法における鋼床版のたわみ低減効果に関する研究

Hiroyuki NOGUCHI Tadashi ABE, Yutaka KAWAI, Yatsuhiro ICHINOSE, Takeshi YAMASHITA

Japan Society of Civil Engineers 2014 Annual Meeting, Sep, 2014, Japan Society of Civil Engineers

Professional Memberships

2022 - Present

The Society of Materials Science, Japan
2022 - Present

Japanese Society of Steel Construction
2015 - Present

Japan Concrete Institute
2014 - Present

Japan Society of Civil Engineers