Applied/ACMS: Difference between revisions

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*'''When:''' Fridays at 2:25pm (except as otherwise indicated)
*'''When:''' Fridays at 2:25pm (except as otherwise indicated)
*'''Where:''' 901 Van Vleck Hall
*'''Where:''' 901 Van Vleck Hall
*'''Organizers:'''  [http://www.math.wisc.edu/~spagnolie/ Saverio Spagnolie] and [http://www.math.wisc.edu/~jeanluc Jean-Luc Thiffeault]
*'''Organizers:'''  [https://math.wisc.edu/staff/fabien-maurice/ Maurice Fabien], [https://people.math.wisc.edu/~rycroft/ Chris Rycroft], and [https://www.math.wisc.edu/~spagnolie/ Saverio Spagnolie],
*'''To join the ACMS mailing list:''' Send mail to [mailto:acms+join@g-groups.wisc.edu acms+join@g-groups.wisc.edu].
*'''To join the ACMS mailing list:''' Send mail to [mailto:acms+join@g-groups.wisc.edu acms+subscribe@g-groups.wisc.edu].


<br>
<br>  


== Spring 2023  ==
== '''Spring 2025''' ==
 
{| cellpadding="8"
{| cellpadding="8"
!align="left" | date
! align="left" |Date
!align="left" | speaker
! align="left" |Speaker
!align="left" | title
! align="left" |Title
!align="left" | host(s)
! align="left" |Host(s)
|-
|-
| Jan 27
|Jan 31
|[https://www.bath.ac.uk/profiles/head-of-department-of-mathematical-sciences-paul-milewski/ Paul Milewski] (University of Bath)
|TBA
|''[[Applied/ACMS/absS23#Paul Milewski (Bath)|Embedded solitary internal waves]]''
|
| Jean-Luc
|
|-
|-
| Feb 3
|Feb 7
|[https://directory.engr.wisc.edu/cee/Faculty/Pujara_Nimish/ Nimish Pujara] (UW)
|TBA
|''[[Applied/ACMS/absS23#Nimish Pujara (UW)|Flow and friction on a beach due to breaking waves]]''
|
| Jean-Luc
|
|-
|-
| Feb 10
|Feb 14
|[https://giannakis.host.dartmouth.edu/ Dimitris Giannakis] (Dartmouth)
|TBA
|''[[Applied/ACMS/absS23#Dimitris Giannakis (Dartmouth)|Quantum information for simulation of classical dynamics]]''
|
| Li
|
|-
|-
| Feb 17
|Feb 21
|[https://pages.cs.wisc.edu/~swright/ Steve Wright] (UW)
|TBA
|''[[Applied/ACMS/absS23#Steve Wright (UW)|Optimization in theory and practice]]''
|
|Jean-Luc
|
|-
|-
| Feb 24
|Feb 28
|[https://www.aos.wisc.edu/faculty/Adames-Corraliza/ Angel Adames-Corraliza] (UW)
|TBA
|''[[Applied/ACMS/absS23#Angel Adames-Corraliza (UW)|Theory and observations that slow tropical motions transport latent energy poleward]]''
|
| Smith
|
|-
|-
| Mar 3
|Mar 7
|[https://rbni.technion.ac.il/node/314 Ehud Yariv] (Technion)
|TBA
|''[[Applied/ACMS/absS23#Ehud Yariv (Technion)|Flows about superhydrophobic surfaces]]''
|
| Jean-Luc
|
|-
|-
| Mar 10
|Mar 14
| ''no seminar''
|[https://lu.seas.harvard.edu/ Yue Lu] (Harvard) '''[Colloquium]'''
|
|
| host
|Li
|-
|-
| Mar 17
|Mar 21
|''Spring break''
|TBA
|
|
|
|
|-
|-
| Mar 24
|Mar 28
|[http://physics.clarku.edu/~akudrolli/kudrolli.html Arshad Kudrolli] (Clark)
|''Spring Break''
|''[[Applied/ACMS/absF22#Arshad Kudrolli (Clark)|Swimming and burrowing in sand and water]]''
|
|Spagnolie and Rycroft
|
|-
|-
| Mar 31
|Apr 4
|[https://www.anl.gov/profile/mihai-anitescu Mihai Anitescu] (Argonne National Laboratory)
|TBA
|''[[Applied/ACMS/absS23#Mihai Anitescu (Argonne National Lab)|TBA]]''
|
| Li
|
|-
|-
| Apr 7 at '''4:00pm, Room TBA'''
|Apr 11
|[https://www.mi.fu-berlin.de/math/groups/fluid-dyn/members/rupert_klein.html Rupert Klein] (FU Berlin)
|[https://meche.mit.edu/people/faculty/pierrel@mit.edu Pierre Lermusiaux] (MIT)
|''[[Applied/ACMS/absS23#Rupert Klein (FU Berlin)|Wasow Lecture: Mathematics: A key to climate research]]''
|
| Smith, Stechmann
|Chen
|-
|-
| Apr 14
|Apr 18
|[https://romit-maulik.github.io/ Romit Maulik] (Argonne National Laboratory/PSU)
|[https://www.math.uci.edu/~jxin/ Jack Xin] (UC Irvine) '''[Colloquium]'''
|
|
|
| Chen
|-
|-
| Apr 21
|Apr 25
|[https://gauss.math.yale.edu/~js4228/ John Schotland] (Yale)
|[https://www-users.cse.umn.edu/~bcockbur/ Bernardo Cockburn] (Minnesota)
|TBA
|''Transforming stabilization into spaces''
| Li
| Stechmann, Fabien
|-
|-
| Apr 28
|May 2
|[https://pedram.rice.edu/ Pedram Hassanzadeh] (Rice University)
|[https://sylviaherbert.com/ Sylvia Herbert] (UCSD)
|
|
| Chen
|Chen  
|}
|}


== Future semesters ==
==Abstracts==
 
====Bernardo Cockburn (Minnesota)====
*[[Applied/ACMS/Fall2023|Fall 2023]]
Title: Transforming stabilization into spaces
 
 
----


In the framework of finite element methods for ordinary differential equations, we consider the continuous Galerkin method (introduced in 72) and the discontinuous Galerkin method (introduced in 73/74). We uncover the fact that both methods discretize the time derivative in exactly the same form, and discuss a few of its consequences. We end by briefly describing our ongoing work on the extension of this result to some Galerkin methods for partial differential equations.<div id="Bal"><div id="Portone"><div id="Damle"><div id="Sprague"><div id="Holmes-Cerfon"><div id="Sun"><div id="Maxian"><div id="Lavi">
== Archived semesters ==
== Archived semesters ==


*[[Applied/ACMS/Fall2024|Fall 2024]]
*[[Applied/ACMS/Spring2024|Spring 2024]]
*[[Applied/ACMS/Fall2023|Fall 2023]]
*[[Applied/ACMS/Spring2023|Spring 2023]]
*[[Applied/ACMS/Fall2022|Fall 2022]]
*[[Applied/ACMS/Fall2022|Fall 2022]]
*[[Applied/ACMS/Spring2022|Spring 2022]]
*[[Applied/ACMS/Spring2022|Spring 2022]]

Latest revision as of 19:31, 4 January 2025


Applied and Computational Mathematics Seminar


Spring 2025

Date Speaker Title Host(s)
Jan 31 TBA
Feb 7 TBA
Feb 14 TBA
Feb 21 TBA
Feb 28 TBA
Mar 7 TBA
Mar 14 Yue Lu (Harvard) [Colloquium] Li
Mar 21 TBA
Mar 28 Spring Break
Apr 4 TBA
Apr 11 Pierre Lermusiaux (MIT) Chen
Apr 18 Jack Xin (UC Irvine) [Colloquium]
Apr 25 Bernardo Cockburn (Minnesota) Transforming stabilization into spaces Stechmann, Fabien
May 2 Sylvia Herbert (UCSD) Chen

Abstracts

Bernardo Cockburn (Minnesota)

Title: Transforming stabilization into spaces

In the framework of finite element methods for ordinary differential equations, we consider the continuous Galerkin method (introduced in 72) and the discontinuous Galerkin method (introduced in 73/74). We uncover the fact that both methods discretize the time derivative in exactly the same form, and discuss a few of its consequences. We end by briefly describing our ongoing work on the extension of this result to some Galerkin methods for partial differential equations.

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