 |
DATE: |
| Saturday, April 1, 2000 | |
| 12:50 P.M. _ 5:30 P.M. | |
| |
LOCATION: |
| University of Michigan - Dearborn | |
| School of Management Bldg, Room 1400 | |
| Dearborn, Michigan | |
| |
REGISTRATION FEE: |
|
ORGANIZING COMMITTEE
Frank Massey, University of Michigan
|
Kevin G. TeBeest, Kettering University
|
|
Brian J. McCartin, Kettering University
|
Jennifer Zhao, University of Michigan
|
|
Joan Remski, University of Michigan
|
INVITED SPEAKERS
|
|
Dr. Gang Bao, | Michigan State University | ||
| Recent Mathematical Studies of the Scattering by Diffractive Structures | ||||
|
|
Dr. S.I. Hariharan, | University of Akron | ||
| Comparison of Asymptotic Solutions of Phase-Field Models to a Sharp-Interface Model | ||||
| TIME | PERSON | AFFILIATION | PRESENTATION |
|---|---|---|---|
| 12:50_1:00 | Joan Remski |
Univ. of Michigan-Dearborn |
Welcoming Comments |
| 1:00_1:45 | Gang Bao invited speaker |
Michigan State University |
Recent Mathematical Studies of the Scattering by Diffractive Structures |
| 2:00_2:25 | Brian J. McCartin contributed paper |
Kettering University |
Some Modelling Issues in River Quality Simulation |
| 2:30_2:55 | Sally Shao contributed paper |
Cleveland State University | A Novel Adaptive Algorithm with Optimum Rates of Convergence |
| 3:00_3:30 |
Poster Session
Break
|
||
| 3:30_4:15 | S. I. Hariharan invited speaker |
University of Akron |
Comparison of Asymptotic Solutions
of Phase-Field Models to a Sharp-Interface Model |
| 4:30_4:55 | Mark Gockenbach contributed paper |
Michigan Tech. University |
Efficient and automatic implementation of the adjoint state method |
| 5:00_5:25 | Wen Zhang contributed paper |
Oakland University |
Numerical computation of
vibrations in contact beams |
For additional information, contact
|
Dr. Joan Remski | remski@umd.umich.edu | 313_593_4994 | |||
|
Dr. Brian McCartin | bmccarti@kettering.edu | 810_762_7802 | |||
|
Dr. Kevin TeBeest | ktebeest@kettering.edu | 810_762_7926 |
Maps & Directions to the Forum
Hotel Information
Both hotels listed are within a half mile of campus.
Reservations:
1_800_HAMPTON
Reservations:
1_800_228_5151
Map and Directions to the University of Michigan-Dearborn
20061 Michigan Avenue
Dearborn, Michigan
1_313_436_9600
21430 Michigan Avenue
Dearborn, Michigan
1_313_565_0800
Program from the 1998 Forum
Program from the 1999 Forum
This site created and maintained by
Dr. Kevin G. TeBeest
Associate Professor
Applied Mathematics
Kettering University
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