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A computationally efficient 3D finite-volume scheme for violent liquid–gas sloshing

Author: Oxtoby, Oliver F ; Malan, AG ; Heyns, Johan A Date: Oct 2015 We describe a semi-implicit volume-of-fluid free-surface-modelling methodology for flow problems involving violent free-surface motion. For efficient computation, a hybrid-unstructured edge-based vertex-centred finite volume discretisation ... Read more
Development of a compressive surface capturing formulation for modelling free-surface flow by using the volume-of-fluid approach

Author: Heyns, Johan A ; Malan, AG ; Harms, TM ; Oxtoby, Oliver F Date: Jun 2012 With the aim of accurately modelling free-surface flow of two immiscible fluids, this study presents the development of a new volume-of-fluid free-surface capturing formulation. By building on existing volume-of-fluid approaches, the new ... Read more
Free-surface modelling technology for compressible and violent flows

Author: Heyns, Johan A ; Harms, TM ; Malan, AG Date: Jun 2011 This study presents the development of novel modelling technology for compressible and violent free-surface flows, where the new technology aims to extend the capabilities of existing FSM formulations. For the purpose of this study the ... Read more

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Browsing by Subject "Surface capturing"

Browsing by Subject "Surface capturing"

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