Abstract Real Time Dynamic Hybrid Simulation (RTDHS) was first proposed for structural
engineering to evaluate the seismic performance of structural systems/components by …

The development and implementation of the real-time hybrid simulation (RTHS), a seismic
response simulation method with a combination of numerical computation and physical …

Real-time hybrid simulation (RTHS) is a cost and space efficient alternative to shake table
testing for seismic assessment of structural systems. In this method, complete structural …

Real-time hybrid simulation (RTHS) has emerged as a feasible and economical means for
seismic performance assessment of structural systems. It has been successfully applied to …

Hybrid simulation (HS) is a cost-effective alternative to shake table testing for evaluating the
seismic performance of structures. HS structures are partitioned into linked physical and …

Force-based real-time hybrid simulation is a seismic experimental method that combines
physical testing using shake tables and dynamic actuators with numerical analysis. The …

Hybrid simulation is increasingly being recognized as a powerful technique for laboratory
testing. It offers the opportunity for global system evaluation of civil infrastructure systems …

Substructure hybrid simulation is a powerful, cost-effective alternative for testing structural
systems, closely coupling numerical simulation and experimental testing to obtain the …

Hybrid simulation is a widely accepted laboratory testing approach that partitions a
proposed structure into numerical and physical substructures, for a space-and cost-effective …

Real-time dynamic hybrid testing (RTDHT) is an emerging method for simulating the
dynamic response of structures under earthquakes, where an emulated system is divided …