Special issue on Tribomechadynamics
Guest editor : Matthew Brake - Rice University, USA
Tribomechadynamics – the integration of tribology, contact mechanics, and structural/nonlinear dynamics to understand how mechanical energy flows through and is dissipated by a structure – has recently evolved as a new approach for studying the dynamics and wear of jointed structures.
This special issue aims to highlight the recent research and the challenges facing the field of Tribomechadynamics over the next decade. Both technical articles, invited contributions from researchers that laid the foundations for the field of
Tribomechadynamics, and a perspective article that resulted from the fifth international workshop on joint mechanics are included in this special issue.
John Hickey & Tore Butlin
An Efficient Method for Calculating Hysteretic Dry Friction Response of Dynamic Systems Subjected to Combined Harmonic and Random Excitation.- Arati Bhattu, Svenja Hermann, Nidhal Jamia, Florian Müller, Maren Scheel, Christoph Schwingshackl, H. Nevzat Özgüven & Malte Krack
Experimental analysis of the TRC benchmark system. - M.R.W. Brake, M.S. Allen, D.D. Quinn, D.R. Roettgen & D. Nowell
Testing and Modeling of Friction and Slip in Mechanical Interfaces: State of the Art and Perspectives for the Next Decade. - W. Witteveen, S. Desch & L. Koller
Can real-time flange tightness monitoring be possible with strains? A numerical pre-study. - Muzio M. Gola
On comparing behavior and performance of Underplatform Dampers according to shape. - Shabarish Sriraman & Hugh Goyder
A Novel Approach For Measuring The Vibration Properties Of Non-Metallic Materials.
