Hybrid Simulation 101: Short Course on Theory, Implementation, and Application of Real-time Hybrid Simulation

Short Course Description:

The workshop is a short course focused on the theory and implementation of multi-physics cyber-physical simulation and its application to structural systems subjected to extreme natural hazards. Particular emphasis will be placed on multi-physics real-time hybrid simulation (RTHS). RTHS requires the integration of theories from multiple disciplines, including structural analysis, structural dynamics, structural mechanics, control engineering, numerical methods, linear algebra, computer science, artificial intelligence, and machine learning. The theoretical foundation supported by course notes and curated references will deepen participants’ understanding of RTHS.

Short Course Objectives:

This short course provides a comprehensive overview of the various aspects of RTHS. The participants are given the assignment to apply the method to assess the seismic performance and resiliency of a soil-foundation-structural system. The objectives of the course are:
1) Gain foundational knowledge about hybrid simulation and its applications.
2) Acquire hands-on experience by participating in an exercise involving multi-physics RTHS.
3) Create an awareness and appreciation of the power of using RTHS to assess the performance of complex systems subjected to extreme natural hazards.

Course Contents

1) Session 1: Overview and Motivation for Using Hybrid Simulation
2) Session 2: Hybrid Simulation Background and Theory
3) Session 3: Implementation and Execution to Perform a Real-time Hybrid Simulation (RTHS)
4) Session 4: Hands-on RTHS Group Assignment Overview
5) Session 5: Perform RTHS
6) Session 6: Group Presentations of RTHS Outcomes and Conclusions