International Conference
  • International Symposium : Resilience on Urban Infrastructure
    - http://
  • - April 24~26, 2016
    - University of Toronto ,Toronto, Canada


  • ISFA 2016(First International Symposium on Flutter and its Application)
    http://jraf.wdc-jp.com/isfa2016/
    - May. 15~17, 2016
    - Tokyo, Japan
    - Japan Research Association on Flutter(JRAF)
    - Contact: isfa2016@chofu.jaxa.jp
    - Oral presentation
      :Jin Park, "Effects of gap distance on VIV of a parallel cable-stayed bridge".
      :Sang won Kim, "Extraction of an aerodynamic admittance function in a turbulent wind      
       tunnel test and its application in a time domain buffeting analysis".


  • 8th BBAA 2016(Bluff Body Aerodynamics and Applications)
    http://www.northeastern.edu/bbaa8/
    - June. 07~11, 2016
    - Boston, USA
    - Contact: bbaa8@neu.edu
    - Scientific Committee
      :Ho-Kyung Kim


  • IABMAS 2016 (International Conference on Bridge Maintenance, Safety and Management)
    http://www.iabmas2016.org/
  • - June. 26~30, 2016 Conference
    - Foz do lguzcu, Brazil
    - Contact: secretariat@iabmas2016.org
    - Mini Symposium 12
      :Ho-Kyung Kim, Hani Nassif, Tulio Bittencourt
       "Structural Health Monitoring(SHM) for Evaluation and Load Rating of Bridges".

  • 7IWSCM - 2016 (The 7th International Workshop on Structural Control and Monitoring)
    http://7iwscm.icesal.com

    - July. 24~26, 2016
    Incheon, Republic of Korea
    - Contact: 7iwscm@icesal.com
    - Local Organizing Committee
      :Ho-Kyung Kim

  • 19th Congress of IABSE 2016 (International Association for Bridge and Structural Engineering)
    http://www.iabse.org/
    - September. 21~23, 2016 conference
    - Stockholm, Sweden
    - Contact
      : mats.d.karlsson@trafikverket.se (Organising Committee)
      : lennart.elfgren@itu.se (Scientific Committee)
    Oral presentation
  •   : Se Jin Kim, "Vehicle Safety Assessment on Bridge Deck under Cross Wind".
      : 
    Sunjoong Kim and Ho-Kyung Kim, "Structural damping estimation by blind source                 separation of nonstationary ambient vibrations".