Agenda

Agenda, 3rd Workshop of ICR
Place: The Royal Society, 6-9 Carlton House Terrace, London SW1Y 5AG
Date: Monday, 3rd November, 2014

 

08:15-08:45 Coffee and Welcome
08:45-08:50 Opening address, Prof Dinos Arcoumanis (City University)
 
Session I (Chairman: Prof Terwisga)
08:50-10:15 City University Presentations
Prof Manolis Gavaises ‘Overview of Activities at ICR and the CaFE project’
Dr Foivos Koukouvinis ‘Evaluation of cavitation erosion models’
Prof John Carlton / Mr Ioannis Armakolas ‘The fracture mechanics, acoustic and optical signatures associated with cavitation erosion in shipbuilding materials.’
10:15-10:45 Invited Speaker
Dr Mohamed Farhad
(EPFL Lausane, Switzerland)
‘On cavitation bubble dynamics in non-uniform pressure field’
10:45-11:15 Coffee/tea break
 
Session II (Chairman: Prof Carlton)
11:15-12:30 Loughborough University Presentations
Prof Colin Garner ‘Overview of cavitation activities at Loughborough University’
Mr Hamed Shahmohamadi ‘Simulation of cavitation in bearings’
Mr Tian Tang ‘Holographic measurement of cavitation in sliding bearings’
12:30-13:00 Invited Speaker
Dr Wilfried Edelbauer
(AVL List, Austria)
‘Large Eddy Simulation of Cavitating Throttle Flow’
13:00-14:00 Lunch break
 
Session III (Chairman: Prof Garner)
14:00-14:30 Invited Speaker
Prof Rickard Bensow (Chalmers University, Sweden)
‘Hydrodynamic mechanisms in cavitation erosion”.
14:30-16:00 TU Delft Technical Presentations
Prof. Tom van Terwisga (TU Delft / MARIN) ‘Overview of Cavitation Activities at Delft University’
Mr Johan Bosschers (Marin) ‘Prediction of broadband noise of cavitating vortices on marine propellers’
Mr Pepijn Pennings (TU Delft) ‘An experimental analysis of the singing vortex’
Mr Faraz Khatami (Twente University) ‘Single fluid cavitation model: thermodynamic inconsistencies, and second and higher order accurate numerical discretizations’
16:00-16:30 Coffee/tea break
 
Session IV (Chairman: Prof Gavaises)
16:30-17:00 Invited Speaker
Dr Nicholas Hawker (Oxyndix, UK)
‘Inertial confinement through collapse of a cavity driven by a strong shock wave’
17:00-18:00 Discussion/Feedback from advisory committee
18:00-18:45 Drinks Reception
18:45-21:00 Dinner
 

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