Predicting complex structures' dynamic behavior is challenging, especially since full-scale
testing of structures subjected to natural hazards is not always possible. Testing individual …

This paper reviews the conceptual and technical advances in multi-actuator dynamic
loading in modern structural testing. In particular, a focus is given to the developments and …

Real-time hybrid simulation (RTHS) is a novel cyber-physical testing technique for
investigating especially large or complicated structural systems. Controllers are required to …

Real‐time hybrid simulation (RTHS) is intended to serve as a technique able to conduct
experiments when the behavior of the plant is not well understood, ie, when deep …

The elastic task model was proposed to allow for the accurate modeling of recurrent real-
time workloads that are somewhat flexible with regards to the frequency at which they must …

Hybrid simulation is an efficient method to obtain the response of an emulated system
subjected to dynamic excitation by combining loading-rate-sensitive numerical and physical …

This paper proposes particle filtering for state estimation considering Round-Robin protocol
for discrete-time nonlinear cyber–physical systems with non-Gaussian noise affecting the …

Multi-axial real-time hybrid simulation (maRTHS) uses multiple hydraulic actuators to apply
loads and deform experimental substructures, enacting both translational and rotational …

Real-time hybrid simulation (RTHS) is an effective experimental technique for structural
dynamic assessment. However, time delay causes displacement de-synchronization at the …

Currently, the lack of (1) a sufficiently integrated, adaptive, and reflective framework to
ensure the safety, integrity, and coordinated evolution of a real-time hybrid simulation …