Partial differential equations (PDEs) are central to many approaches to modeling our world. For complex phenomena, partial differential equations can be derived, but analytic solutions are often harder to come by. Numerical methods help bridge the gap between abstract equations and quantitative predictions, allowing PDEs to be used in a wide range of application areas.
Join this colloquium to hear overviews of recent work in numerical methods by research experts from around the world. As a bonus presentation, you'll get a developer's view on how finite element method (FEM) functionality is approached as a core part of Wolfram Language. This webinar will cover advanced topics, although all who are curious are welcome in the audience.
Webinar ID
9dfed8f4815b
Presenters
Safi Ahmed
Wolfram Summer School 2024 Alum, Wolfram Early Professionals Program
Alexei Boulbitch
PhD habil. in Theoretical Physics, Solid-State Physics and Biophysics
John W. C. Dunlop
Professor of Biological Physics, MorphoPhysics Group at the University of Salzburg, Austria
Pedro Flores-Castillo
Engineering Director, Celeros Flow Technology
Richard Gass
Professor Emeritus of Physics, Department of Physics at the University of Cincinnati
José Luis Gómez-Muñoz
Data Science Program Director, Tecnológico de Monterrey, Campus Estado de México
Paritosh Mokhasi
Research Scientist II, National Center for Physical Acoustics at the University of Mississippi
Oliver Ruebenkoenig
Numerical Computation Manager, Wolfram Research
Jernej Slanovec
Head of Simulation Engineering, HELLA Saturnus Slovenija