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[1]
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Anis Benyoub and Benoît Ozell.
A Practical Method for Automatic Camera Paths Generation in
Scientific Visualization Storytelling.
In 14th U.S. National Congress on Computational Mechanics,
Montréal, Canada, Juillet 2017. USACM.
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[2]
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Éric Marineau, Marcelo Reggio, Jean-Yves Trépanier, and Benoît Ozell.
A Visualistic Approach in Aerodynamics.
In Design Engineering Technical Conferences and Computers and
Information in Engineering Conference (DETC'02), volume 2002, pages
357--361, Montréal, Septembre 2002. ASME.
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DOI ]
This study stresses the power of the visual communication language in engineering education and design. The work explores the potential of virtual learning tools aimed to create a new dimension for the study and the understanding of aerodynamics in higher education. For an aerodynamic wing, an hyperspace is defined by selecting geometric and flow variables. It is proposed to study the relation among these variables and their impact on the aerodynamic performance by defining various set and assemblies of three-dimensional subspaces. These spaces are then visualized in the 3D CAVE immersive room opening thus novel paths for the undestanding of the performance of wing aerodynamics with flow and geometric variation. The particular case of airplane wings is presented.
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[3]
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Benoît Ozell and Ricardo Camarero.
Data Representation: Towards Standards in CFD (AIAA 2001-0655).
In 39th AIAA Aerospace Sciences Meeting and Exhibit, Reno, NV,
United states, Janvier 2001. AIAA.
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This paper discusses the question of data representation as a tool contributing to standardization of complex CFD simulation. Using concepts borrowed from linguistics and language theories, specifications are presented for a declarative representation of complex CFD data including: nodes, computational cells, meshes, as well as scalar, vector and tensor solution fields. © 2001 by the American Institute of Aeronautics and Astronautics, Inc. All rights reserved.
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[4]
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Chantal Pic and Benoît Ozell.
VU, a configurable scientific visualization program.
Bulletin de la Société canadienne de CFD, No 12, Juin 2000.
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[5]
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Benoît Ozell, Chantal Pic, and Ricardo Camarero.
Topics in Collaborative Visualization Environments.
In 8e conférence annuelle de la Société canadienne de CFD
(CFD2K), volume 1, pages 495--502, Montréal, Juin 2000. CFD Society of
Canada.
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[6]
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Benoît Ozell.
Best Industrial Collaboration Award.
High Performance Computing Challenge, IEEE SC98 (Super Computing
98), Novembre 1998.
Orlando, Florida, USA.
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[7]
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Benoît Ozell and Martin Tapp.
Visualization software for orbit modeling.
rapport technique, Cerca, Août 1998.
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[8]
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Benoît Ozell.
Utilisation du programme de visualisation scientifique configurable
VU.
rapport technique R97-12, Cerca, Février 1997.
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[9]
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Benoît Ozell.
Description du format de fichier .pie.
rapport technique R97-11, Cerca, Février 1997.
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[10]
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Benoît Ozell and Ricardo Camarero.
A Configurable Visualization Environment (AIAA-96-0047).
In 34th Aerospace Sciences Meeting and Exhibit, Reno, Nevada,
Janvier 1996. AIAA.
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[11]
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Benoît Ozell.
Vu data structures.
rapport technique R95-5, Cerca, Mai 1995.
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[12]
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Benoît Ozell.
Visualisation et langage.
rapport technique R95-43, Cerca, Mai 1995.
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[13]
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Benoît Ozell.
VU, un programme de visualisation configurable.
rapport technique R95-4, Cerca, Mai 1995.
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[14]
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Benoît Ozell.
Un environnement configurable pour la visualisation de
données.
Thèse de doctorat, ÉPM, Mars 1995.
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[15]
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Benoît Ozell.
Un environnement configurable pour la visualisation de données.
rapport technique R95-35, Cerca, Mars 1995.
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[16]
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Benoît Ozell, Ricardo Camarero, André Garon, and François Guibault.
Analysis and visualization tools in CFD, Part I: A configurable data
extraction environment.
Finite Elements in Analysis and Design, 19:295--307, 1995.
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DOI ]
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[17]
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Benoît Ozell and Ricardo Camarero.
A Linguistics Approach to Visualization.
In Harold P. Santo, editor, 4th International Conference
Edugraphics & Compugraphics '95, Alvor, Portugal, Décembre 1995.
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[18]
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Benoît Ozell, François Guibault, Ricardo Camarero, and Robert Magnan.
VU: A Configurable Environment for Data Visualization.
In G. Degrez and H. Deconinck, editors, Computer graphics and
flow visualization in computational fluid dynamics, Lecture Series 1991-10,
Computer Graphics and Flow Visualization in CFD. von Karman Institute for
Fluid Dynamics, Rhode-Saint-Genèse, Belgique, Septembre 1991.
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[19]
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Benoît Ozell and Ricardo Camarero.
An Interactive Graphics Package for 3-D Flow Visualization.
In 34th Annual General Meeting, Toronto, Mai 1987. Canadian
Aeronautics and Space Institute (CASI).
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