On-line hybrid tests couple virtual structures under dynamic loading with physical sub-structures or devices in a dynamic test rig. The use of sensors and actuators in a closed-loop feedback system maintains the dynamic equilibrium of the overall system comprising the physical test article and virtual modelled structure. This research presents simple, cost-effective and robust hybrid test system by cleverly melding the sensors and actuators with virtual model. It outlines solutions to the major issues faced in developing any hybrid system. The overall approach is centred on the dSpaceTM real-time control system development tool
Vibration of mechanical equipment in structures can result in fatigue, detection, and/or environment...
ABSTRACT: The real-time hybrid testing method (RT-HYTEM) is a structural testing tech-nique in which...
Today's test rigs for material and component testing are limited due to their working principle. Eit...
Hybrid or real-time pseudo-dynamic tests couple virtual structures under dynamic loading with physic...
Effective real-time testing of structural control devices relies on a hybrid test system that coupl...
To be able to understand the behaviour of complex mechanical systems, physical testing has been - an...
278 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.The studies presented in this...
Experimental testing is an essential tool for understanding how structures respond to extreme event...
Real-time hybrid testing is a promising technique for experimental structural dynamics, in which the...
This paper presents the development and implementation of a novel structural testing method involvin...
This research focuses on the real-time hybrid testing of Magneto-Rheological (MR) fluid dampers for ...
Real-time hybrid testing is a method of simulating dynamic structural response by splitting the syst...
In marine systems, there is a need to characterize the system-level dynamic response of physical har...
This dissertation presents the implementation, verification and application of a state of the art dy...
Real time hybrid simulation (RTHS) has increasingly been recognized as a powerful methodology to eva...
Vibration of mechanical equipment in structures can result in fatigue, detection, and/or environment...
ABSTRACT: The real-time hybrid testing method (RT-HYTEM) is a structural testing tech-nique in which...
Today's test rigs for material and component testing are limited due to their working principle. Eit...
Hybrid or real-time pseudo-dynamic tests couple virtual structures under dynamic loading with physic...
Effective real-time testing of structural control devices relies on a hybrid test system that coupl...
To be able to understand the behaviour of complex mechanical systems, physical testing has been - an...
278 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.The studies presented in this...
Experimental testing is an essential tool for understanding how structures respond to extreme event...
Real-time hybrid testing is a promising technique for experimental structural dynamics, in which the...
This paper presents the development and implementation of a novel structural testing method involvin...
This research focuses on the real-time hybrid testing of Magneto-Rheological (MR) fluid dampers for ...
Real-time hybrid testing is a method of simulating dynamic structural response by splitting the syst...
In marine systems, there is a need to characterize the system-level dynamic response of physical har...
This dissertation presents the implementation, verification and application of a state of the art dy...
Real time hybrid simulation (RTHS) has increasingly been recognized as a powerful methodology to eva...
Vibration of mechanical equipment in structures can result in fatigue, detection, and/or environment...
ABSTRACT: The real-time hybrid testing method (RT-HYTEM) is a structural testing tech-nique in which...
Today's test rigs for material and component testing are limited due to their working principle. Eit...