Faculty of Urban Innovation, Division of Urban Innovation

Job Title

Associate Professor

Graduating School 【 display / non-display

  • 1995.04

    Kyoto University   Faculty of Engineering   Civil Engineering   Graduated

Graduate School 【 display / non-display

  • 2008.04

    The University of Tokyo  Graduate School, Division of Engineering  Doctor Course  Completed

  • 2006.04

    The University of Tokyo  Graduate School, Division of Engineering  Civil Engineering  Master Course  Completed

External Career 【 display / non-display

  • 2017.06

    Karlsruhe Institute of Technology, Germany   Visiting scholar  

  • 2017.04

    Hosei University   Department of Civil and Environmental Engineering   Professor  

  • 2013.04

    Hosei University   Department of Civil and Environmental Engineering   Associate professor  

  • 2012.04

    Hosei University   Department of Civil and Environmental Engineering   Lecturer  

  • 2011.04

    The University of Tokyo   Department of Civil Engineering   Post Doctoral researcher  

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Academic Society Affiliations 【 display / non-display

  • 2016.07

    The international federation for structural concrete

  • 2016.04

    Japan Prestressed Concrete Institute

  • 2013.07

    Japan Wind Energy Association

  • 2006.12

    Japan Concrete Institute

  • 2004.04

    Japan Society of Civil Engineers

Field of expertise (Grants-in-aid for Scientific Research classification) 【 display / non-display

  • Structural engineering/Earthquake engineering/Maintenance management engineering


Books 【 display / non-display

  • Stability Control and Reliable Performance of Wind Turbines

    Chikako Fujiyama, Yasuhiro Koda, Noriaki Sento (Part: Contributor , Range: Evaluation and Stability Analysis of Onshore Wind Turbine Supporting Structures )

    Intech Open Limited  2018.10 ISBN: 978-1-78984-148-0

  • Hello Civil Engineering

    (Part: Contributor )

    2015.05 ISBN: 9784761513498

Thesis for a degree 【 display / non-display

  • Damage Mechanism and Fatigue Limit State of Steel Concrete Composite Deck Subjected to Traffic Load

    Chikako Fujiyama 

    The University of Tokyo    2011.03  [Refereed]

    Doctoral Thesis   Single Work

  • Fatigue Life Simulation of RC Members Subjected to Coupled Moving Wheel type Load and Moisture

    Chikako Fujiyama 

    The University of Tokyo    2008.03  [Refereed]

    Master Thesis   Single Work

Papers 【 display / non-display


    Ryojiro KATO, Chikako FUJIYAMA and Januarti Jaya Ekaputri

    コンクリート工学年次論文集 ( JCI )  41 ( 1 )   1997 - 2002   2019.07  [Refereed]

    Joint Work

  • Damage mechanism of existing RC slabs with reinforcing steel plate

    Kenta Namba, Chikako Fujiyama and Tsutomu Niina

    MATEC Web Conf.   258   05011 - 05011   2019.01  [Refereed]

    Joint Work

  • Investigating the Mechanism of Shear Fatigue in Reinforced Concrete Beams subjected to Pulsating and Moving Loads using Digital Image Correlation

    Benny Suryanto, George Staniforth, Jaehwan Kim, Esayas Gebreyouhannes, Nobuhiro Chijiwa, Chikako Fujiyama and Peter K. Woodward

    MATEC Web Conf.   258   03015 - 03015   2019.01  [Refereed]

    Joint Work

  • Degradation of submerged/wet concrete under cyclic compression and cyclic shear

    Chikako Fujiyama, Yasuhiro Koda and Noriaki Sento

    MATEC Web Conf.   258   05012 - 05012   2019.01  [Refereed]

    Joint Work


    UEDA Yuji, FUJIYAMA Chikako, SENTO Noriaki, KODA Yasuhiro

    Journal of Japan Society of Civil Engineers, Ser. E2 (Materials and Concrete Structures) ( Japan Society of Civil Engineers )  75 ( 3 )   184 - 195   2019  [Refereed]

    Joint Work

     View Summary

    <p> This study presents fatigue life prediction of steel-concrete joint system based on the experiments of wind turbine model subjected to uniaxial or bi-axial vibration. The wind turbine model was tied to the biaxial shake table, then was vibrated at most 200,000 cycle to induce fatigue damage of concrete in joint system. The model subjected to bi-axial vibration showed rapid increase of horizontal displacement at tower when the number of vibration was about 2/3 or half of the one subjected to uniaxial vibration. Several particular cracks were observed at the cross section of pedestal and footing after the test. The ultimate capacity of the model was estimated by fatigue strength of concrete estimated by JSCE standard. The number of vibration during the variation of input amplitude was converted to the equivalent number by Miner's low. The S-N diagram for uniaxial vibration obtained in this study showed good agreement of S-N diagram for ordinary concrete.</p>

    DOI CiNii

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Academic Awards Received 【 display / non-display

  • Best paper award

    2014.06   Japan Concrete Institute   Pseudo Cracking Approach to Fatigue life Assessment of RC Bridge Decks in Service

    Winner: Chikako Fujiyama Xue Juan Tang Koichi Maekawa Xue Hui An

  • Outstanding Paper Award 2010

    2011.09   Society for Social Management System   Fatigue Damage Assessment For Steel Concrete Composite Deck

    Winner: Chikako Fujiyama and Koichi Maekawa

  • Tanaka Award

    2011.05   Japan Society of Civil Engineers   Failure mode and life prediction of steel concrete composite deck based on direct path integral scheme

    Winner: Chikako Fujiyama Shang Feng Nobuaki Sakurai Koichi Maekawa

  • Outstanding Paper Award 2009

    2010.03   Society for Social Management System   A proposal of durability assessment for existing bridge decks subjected to heavy traffic

    Winner: Chikako Fujiyama Esayas Gebreyouhannes Koichi Maekawa

  • Best paper award

    2009.05   Japan Concrete Institute   Shear Fatigue Simulation of RC Beams Subjected to Fixed Pulsating and Moving Loads

    Winner: Chikako Fujiyama

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Grant-in-Aid for Scientific Research 【 display / non-display

  • Evaluation system on the remaining life of road deck by data assimilation with NDTs and structural analysis

    Grant-in-Aid for Scientific Research(B)

    Project Year: 2018.04  -    Investigator(s): Yasushi Tanaka

  • mechanism of degradation of concrete

    Grant-in-Aid for Scientific Research(B)

    Project Year: 2016.04  -  2018.03  Investigator(s): Chikako Fujiyama

  • Development and Implementation of highly durable concrete bridge deck based on performance evaluation using real-scale model

    Grant-in-Aid for Scientific Research(A)

    Project Year: 2015.04  -  2017.03  Investigator(s): Ichiro Iwaki

  • Identification of mechanism of micro-pore and pore water dominating viscosity of concrete

    Grant-in-Aid for challenging Exploratory Research

    Project Year: 2014.04  -  2016.03  Investigator(s): Chikako Fujiyama

  • Dynamic structural response depending on change and movement of pore water in concrete

    Grant-in-Aid for Young Scientists(A)

    Project Year: 2012.04  -  2016.03  Investigator(s): Chikako Fujiyama

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Other external funds procured 【 display / non-display

  • Fatigue experiment of RC foundation for wind turbine subjected to multi directional vibration

    Offer organization: Kajima foundation  Kajima foundation research grant

    Project Year: 2016.04  -  2017.03 

  • friction and interlock mechanism of interface between concrete and steel

    Offer organization: The Maeda Engineering Foundation  The Maeda Engineering Foundation research grant

    Project Year: 2013.04  -  2014.03  Investigator(s): Chikako Fujiyama


Council/Academic activity outside the university 【 display / non-display

  • Journal of JSCE A1 field


    Society   secretary

  • water proofing for bridge deck


    Society   member

  • Committee of footbridge renewal


    Government   member

  • evaluation of competition in division of road


    Government   member

  • Committee for guideline of fatigue crack on steel deck


    Others   member

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