Prof. Oh-Sung Kwon

Prof. Oh-Sung Kwon

Department of Civil and Mineral Engineering

My research focuses on structural and earthquake engineering, with an emphasis on hybrid simulation, structural dynamics, and performance-based seismic design.... show more
Structural Engineering
Earthquake Engineering
Structural Dynamics
Hybrid Simulation
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More from the author

The effect of material and ground motion uncertainty on the seismic vulnerability curves of RC structure
Engineering and Technology

The effect of material and ground motion uncertainty on the seismic vulnerability curves of RC structure

O. Kwon and A. Elnashaib

Numerical models of RC elements and their impacts on seismic performance assessment
Engineering and Technology

Numerical models of RC elements and their impacts on seismic performance assessment

X. Huang and O. Kwon

Development of a civil infrastructure resilience assessment framework and its application to a nuclear power plant
Engineering and Technology

Development of a civil infrastructure resilience assessment framework and its application to a nuclear power plant

T. K. Singhal, O. Kwon, et al.

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Abstract
This technical note presents a framework for multi-site distributed simulations of structures, foundations, and sub-strata under static and dynamic loading. It features a separation of time-step integration and stiffness formulation, allowing the use of static analysis and testing as modules within a simulation coordinator. Two examples, one combining analysis and experiment, and another using different analysis platforms, demonstrate the framework's capabilities.
Publisher
Journal of Earthquake Engineering
Published On
Sep 04, 2008
Authors
OH-SUNG KWON, NARUTOSHI NAKATA, AMR ELNASHAI, BILL SPENCER
DOI
https://doi.org/10.1142/S1363246905002158
Tags
distributed simulations
multi-site
static loading
dynamic loading
structural analysis
testing modules
simulation framework