Comparison of Feedforward Control Schemes for Real-Time Hybrid Substructuring (RTHS)
Proposed 12-DOF Shaker Control of BARC Structure
Mechanical Environment Test Specifications Derived from Equivalent Energy in Fixed Base Modes
Implementing Experimental Substructuring in Abaqus
Vibration Test Design with Integrated Shaker Electro-Mechanical Models
Reproducing a Component Field Environment on a Six Degree-of-Freedom Shaker
In-Situ Source Characterization for NVH Analysis of the Engine-Transmission Unit
Using Modal Projection Error to Predict Success of a Six Degree of Freedom Shaker Test
On Dynamic Substructuring of Systems with Localised Nonlinearities
Source Characterization for Automotive Applications Using Innovative Techniques
Impact of Junction Properties on the Modal Behavior of Assembled Structures
Quantifying Joint Uncertainties for Hybrid System Vibration Testing
Damping Identification and Model Updating of Boundary Conditions for a Cantilever Beam
An Experimental Substructure Test Object: Components Cut Out From a Steel Structure
Frequency Based Model Mixing for Machine Condition Monitoring
Using a Machine Learning Approach for Computational Substructure in Real-Time Hybrid Simulation
On the Stability of a Discrete Convolution with Measured Impulse Response Functions of Mechanical Components in Numerical Time Integration
Development of an Electrodynamic Actuator for an Automatic Modal Impulse Hammer.