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PRJ-3554 | Recent advances in computational methodologies for real-time hybrid simulation of engineering structures
PI
Project TypeSimulation
Natural Hazard Type(s)Earthquake
KeywordsHybrid Simulation; Time delay; Delay compensation; Tracking control; Dynamic substructuring
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Description:

This project is part of the review paper about recent advances in computational methodologies for real-time hybrid simulation of engineering structures. The project contains the data, models and codes used for the comparison of numerical integration methods for RTHS using a benchmark problem.

Simulation | Comparison of numerical integration methods using a vRTHS of a 3 story steel frame
Cite This Data:
Palacio-Betancur, A., M. Gutierrez Soto (2022). "Comparison of numerical integration methods using a vRTHS of a 3 story steel frame", in Recent advances in computational methodologies for real-time hybrid simulation of engineering structures. DesignSafe-CI. https://doi.org/10.17603/ds2-9nqb-b991

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Simulation TypeStructural
Author(s);
Date Published2022-08-02
DOI10.17603/ds2-9nqb-b991
License
 Open Data Commons Attribution
Description:

vRTHS where the physical substructure is an actuator with a one-bay one-story steel frame and the numerical substructure is a three-story steel frame. The CATS controller is implemented to synchronize both substructure and different integration methods can be compared using different earthquakes and partitioned cases.

        • Data Depot | DesignSafe-CI