TMD2021
Monday, August 2nd
- 8:30 am â 12:30 pm CDT (GMT-5): Contact Modeling Workshop, hosted by Abaqus
Tuesday, August 3rd
- 8:30 â 9:50 am CDT (GMT-5): Welcome Address and Session 1
- 8:35: Alfredo Fantetti, Imperial College London, âA round robin test to measure friction hysteresis measurements on two different fretting rigs at Politecnico di Torino and Imperial College Londonâ
- 8:50: Matt de Brett, Imperial College London, âMeasurement of the damping effect of a seal wire on turbine blade vibrationâ
- 9:05: Matias Lasen, Imperial College London, âControl of tangential stiffness and friction damping modifying contact interfaces with piezoelectricsâ
- 9:20: Tong Wei, Imperial College London, âQuantitative optical measurements to investigate the real area of contact in a PMMA to PMMA jointâ
- 9:35: Antonio Papangelo, Politecnico di Bari, âSelf-excited vibrations in soft sliding viscoelastic contactsâ
- 9:50 â 10:00 am: Break
- 10:00 â 10:45 am: Discussion Session 1
- Data-driven versus physics-driven modeling? Are there opportunities for ML in joints research, or is it all hype?
- Panelists: Keith Worden, âŚ
- Moderator: Matthew Brake
- 10:45 â 11:00 am: Break
- 11:00 am â 12:00 pm: Senior Keynote
- Rob Carpick, University of Pennsylvania, âNew insights into friction and wear from nanoscale in-situ approachesâ
- 12:00 â 1:00 pm: Virtual Coffee Hour and Mingle
Wednesday, August 4th
- 8:30 â 9:50 am CDT (GMT-5): Daily Overview and Session 2
- 8:35: Wolfgang Witteveen, University of Applied Sciences Upper Austria, âSelf-excited vibrations in soft sliding viscoelastic contactsâ
- 8:50: Drithi Shetty, University of Wisconsin, Madison, âPredicting Nonlinearity in the Benchmark Structure using QSMA and SICEâ
- 9:05: Aabhas Singh, University of Wisconsin, Madison, âMulti-mode quasi-static excitation for systems with nonlinear jointsâ
- 9:20: Yekai Sun, University of Strathclyde, âOn the comparison of different methodologies for the computation of damped nonlinear normal modes and resonance prediction of systems with non-conservative nonlinearitiesâ
- 9:35: Nidish Balaji, Rice University, âStochastic perspectives on the nonlinear resonance of bolted jointsâ
- 9:50 â 10:00 am: Break
- 10:00 â 10:30 am: Tribomechadynamics Research Challenge Discussion and Overview
- Malte Krack, University of Stuttgart
- 10:30 â 10:45 am: Break
- 10:45 am â 11:45 pm: Student Paper Competition
- 10:45: Zhen-Wah Chew, National Chung Hsing University, âIdentification of contact zones of receding contact using image processing techniquesâ
- 11:05: Shuyang Zhang, KU Leuven, âA model order reduction method for the dynamic simulation of bolt joints considering contact nonlinearityâ
- 11:25: Michael Lengger, Friedrich-Alexander Universitat Erlangen-Nurnberg, âApplication of quasi-static modal analysis to the Tribomechadynamics benchmark systemâ
- 11:45 am â 12:00 pm: Break
- 12:00 â 1:00 pm: Early Career Event
- What comes next? A mentorship panel Q&A session on preparing for life after graduation (or your next move).
- Panelists: Matthew Bonney, Matthew Brake, Malte Krack
Thursday, August 5th
- 8:30 â 9:50 am CDT (GMT-5): Daily Overview and Session 3
- 8:35: Hugh Goyder, Cranfield University, âSome signal processing methods for experimental modal analysis of non-linear structuresâ
- 8:50: Hassan Jalali, Northumbria University, âBlind prediction of the displacement-dependent dynamic properties of a JFJF plate with uncertain parametersâ
- 9:05: Michael Kuts, Bauman Moscow State Technical University, âDynamic properties of filled bolted jointsâ
- 9:20: Matthew Bonney, Sheffield University, âTemperature FEA modelling of connected mismatched materialsâ
- 9:35: Justin Porter, Rice University, âA rough contact modeling framework for arbitrarily varying normal pressureâ
- 9:50 â 10:00 am: Break
- 10:00 â 10:45 am: Discussion Session 2
- Modal hysteresis modeling: A red herring or part of the path forward for modeling jointed structures?
- Panelists: Matt Allen, Matthew Brake, Malte Krack
- Moderator: Christoph Schwingshackl
- Junior Keynote
- Chiara Gastaldi, Politecnico di Torino, âDesigning with and for friction: unexpected findings and things to rememberâ