A majority of past applications of hybrid simulation have been in earthquake engineering, although there is great potential to impact a much broader set of problems by expanding the scope and capabilities of hybrid simulation to address a broad array of multi-hazard engineering research problems.

Traditional hybrid simulation is conducted at an extended time scale, typically uses higher-order computational models, and is applied when rate-dependence is not significant in the physical subsystem. Real-time hybrid simulation is needed when rate dependence plays a significant role in the dynamics of the physical subsystem, and it often uses both high-fidelity control of the actuation system and real-time execution of the computational models and associated supervisory tasks. Furthermore, geographically-distributed hybrid simulation and geographically-distributed real-time hybrid simulation have been demonstrated in isolated cases to further expand the range of possible experiments by coupling multiple laboratories.

Resources available include:

  • Hybrid Simulation Research Agenda 2018
  • Background Documents and Reports
  • HS Projects with Data
  • Sample Tools and Codes
  • Technical Reports and Publications
  • Learning materials