Software Release
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  • A new version of the UT-SIM package (V2.0.1) for both Win32 and Win64 systems has been release . It includes bug-fixes and provides updates to allow both component- and system-level decomposition.
Projects in Progress
​(Link)
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  • Real-Time Wind-Tunnel Hybrid Simulation of Bridge Decks and Buildings 
  • Performance Assessment of Link Beams of Multi-Story Building 
  • Seismic Fragility Analysis of Internal and Auxiliary Structure of Nuclear Power Plant 
  • Multi-scale Seismic Simulation of a City Block Considering Site-City Interaction 
  • Post-Tensioned Precast Concrete Beam-Column Connections 
Invited Talks
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  • Kwon, O. (2019). “Development of Hybrid Simulation Framework (UT-SIM) and its Applications to Structures Subjected to Earthquake Load,” SeismiCON, Cryodon, U.K., June 24-25.
  • ​Kwon, O. (2019). “Development of Hybrid Simulation Framework (UT-SIM) and its Applications to Structures Subjected to Earthquake or Fire Load,” Korea Atomic Energy Research Institute, May 31.
  • Kwon, O. (2019). “Hybrid simulation of a structure subjected to fire load,” Keimyung University, Korea May 28.
  • Kwon, O. (2019). “Development of Hybrid Simulation Framework (UT-SIM) and its Applications to Structures Subjected to Earthquake and Fire Load,” University of Patras, Greece, April 15.
  • Huang, X. (2019). "Large-Scale Computational/Experimental Distributed Simulation Framework (UT-SIM)", University of Southern California, U.S., March 8.
  • Kwon, O. (2019). “Development of Hybrid Simulation Framework (UT-SIM) and its Applications to Structures Subjected to Earthquake Load,” Tianjin University, China, January 18; Hunan University, China, January 21; University of Seoul, Korea, January 28.
  • Kwon, O. (2018). “Pseudo-dynamic Hybrid Simulation,” MECHS Series: Hybrid Simulation 101. Webinar organized by MECHS funded by NSF, August 22 (https://youtu.be/OE3jViGRxdg).
  • Kwon, O. (2018). “Hybrid Simulation of Structures Subjected to Earthquake or Fire Load,” IIT Hyderabad, India, July 11; IIT Tirupati, July 12; IIT Madras, July 13; IIT Delhi, India, July 16;  Yonsei University, Korea, Aug. 9; Korea Railroad Research Institute, Aug. 20; Hanyang University, Korea, Aug. 23.
  • Kwon. O, (2018). “Recent Developments on Hybrid Simulation Framework, UT-SIM, at University of Toronto and its Applications to Structures Subjected to Earthquake and/or Fire Load,” Invited seminar at NIST, U.S., May 15
  • Kwon, O. (2018) “Recent Developments on UT-SIM Hybrid Simulation Framework at the University of Toronto and its Applications to Structures Subjected to Earthquake, Fire, or Wind Load,” invited seminar, Gradient Wind Engineering, Ottawa, March 1st.
  • Kwon, O. (2018) “Developments of a Hybrid Simulation Framework and its Applications to Structures Subjected to Seismic or Temperature Loads,” Invited seminar, Carlton University, Ottawa, March 1st.
  • Kwon (2017) “Hybrid simulation of structures subjected to earthquake or fire loads,” Korea Institute of Civil Engineering and Building Technology, August 9.
  • Kwon, O. (2016) “Recent Developments on Multi-platform Hybrid Simulation at the University of Toronto” University of Seoul, June 21; Seoul National University, June 27; Yonsei University, July 11; Posco E&C, August 4.
  • Kwon, O. (2016) “UT-SIM Framework: Integrated Simulation of Physical and Numerical Models” University of Houston, April 8.
  • Kwon, O. (2015) “Recent Developments in Integrated Hybrid Simulation Method in University of Toronto,” Colorado State University, November 9.
  • Kwon, O. (2015). “Recent Developments in Pseudo-Dynamic Hybrid Simulation Method in University of Toronto,” University of Naples, Italy, May 22.
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