CFD Events Calendar, Event Record #29795
Actuator Waveform Design using Nonlinear Adjoint Looping on the Acoustic Flow in an Inkjet Printhead
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Head of the UK Fluids Network, Prof. Matthew Juniper, from
the University of Cambridge shares with us his latest
research endeavours concerning the acoustics in an inkjet
printhead.
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Date: |
November 27, 2020
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Location: |
https://www.eventbrite.co.uk/e/actuator-waveform-design-for-acoustic-flow-in-an-inkjet-printhead-tickets-129583071455
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Contact Email: |
CFDsociety@cranfield.ac.uk
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Organizer: |
International Society for Computational Fluid Dynamics
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Application Areas: |
General CFD
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Special Fields: |
Aeroacoustics & Noise
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Type of Event: |
Online Event, International
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Description: |
Click "print" and wait for your document. A simple
procedure, right? Perhaps not.
Head of the UK Fluids Network, Prof. Matthew Juniper, from
the University of Cambridge shares with us his latest
research endeavours concerning the acoustics in an inkjet
printhead.
Join us on Friday 27 November 2020 at 13:00 GMT to learn
more!
Matthew Juniper is Professor of Thermofluid Mechanics at
the Engineering Department of Cambridge University. His
research interests are in the broad area of hydrodynamic
and thermoacoustic instability, particularly nonlinear
behaviour in thermoacoustics, adjoint-based sensitivity
analysis, shape optimization and physics-based statistical
learning. He is the leader of the UK Fluids Network and an
Associate Editor of the Journal of Fluid Mechanics. He has
held visiting fellowships/professorships at Ecole Central
Lyon, the Institute for Advanced Studies at TU Munich,
KTH/Nordita Stockholm, and the Center for Turbulence
Research Summer Program at Stanford University.
International time zones:
Los Angeles 05:00
New York: 08:00
London: 13:00
Jerusalem: 15:00
New Delhi: 18:30
Shenzhen: 21:00
Seoul: 22:00
We look forward to seeing you there!
This webinar is hosted by the International Society for
Computational Fluid Dynamics (ISCFD), a society aimed at
promoting, educating and developing solutions to real-
world challenges.
LinkedIn: linkedin.com/company/iscfd
Twitter: @iscfd
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Event record first posted on November 19, 2020, last modified on November 21, 2020
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