Meir (Fiki) Shillor
Professor
Department
of Mathematics and Statistics
Oakland
University
Rochester, MI 48309-4401, USA

AREAS OF EXPERTISE &
RESEARCH
INTERESTS
Modeling
of Industrial Processes using
PDEs and Variational Inequalities
Contact,
Friction, Wear, and Adhesion; quasistatic, dynamic, with thermal effects
Material Damage, Piezoelectric materials
Free
Boundary and Stefan-type Problems
PROFESSIONAL EXPERIENCE
Visiting
Professor, Univ. of Perpignan,
France: June 1997, June 1998, June-July 2001,
June-July
2003, and December 2006.
Visiting
Professor, Korea Inst. Advanced Study, May 2005.
Visiting
Professor, Univ. of Santiago,
Spain, September 2002.
Visiting
Professor, Univ. of Reunion,
France: May-June 1999, and May-June 2000.
Visiting
Professor, Univ. of Kentucky,
Lexington, Fall 1994.
Professor,
Oakland University,
1993-present
Associate
Professor, Oakland
University, 1988-1993
Visiting
Lecturer, Claremont Grad.
School, 1987-1988
Research
Assistant, Imperial College,
UK, 1986-1987
Researcher,
Univ. Buenos Aires,
Argentine, 1985
Post
Doc,
Oxford University, UK ,
1982-1984
Recipient
of the Oakland
University
2002
Research Excellence Award
EDUCATION
- Ph.D. Hebrew
University of Jerusalem
1982
- M.Sc. Hebrew
University of Jerusalem
1976
- B.Sc. Hebrew
University of Jerusalem
1974
TEACHING ASSIGNMENTS
I am on Sabbatical leave and have no teaching responsibilities
until September 2008.
Previous Teaching Assignments --
click
here
PUBLICATIONS
Articles:
The papers are in
the PDF
formats and may be downloaded.
Also, the abstract of each paper is clickable.
The abstracts of
some of
the papers are clickable.
I also added some comments to some of the papers.
Books:
Models and Analysis of Quasistatic
Contact
Variational Approach
by
Meir Shillor, Mircea Sofonea, and
J.
Joachim Telega
Lecture Notes in Physics 655, Springer, Berlin, 2004.
A monograph which deals with recent models
and
mathematical
analysis of quasistatic contact problems.
For the abstract click here Abstract .
For further details click here.
Analysis and Approximations of
Contact Problems
with Adhesion or
Damage
by
Mircea Sofonea, Weimin Han, and Meir
Shillor
Pure and Applied Mathematics
276, Chapman & Hall/CRC
Press,
Boca Raton, Florida, 2006.
A monograph which deals with mathematical and
numerical
analysis of
recent models
for contact
processes with adhesion or material damage. For the
abstract click
here Preface.
For further commercial info click
here.

Recent Talks and Presentations
Korea
Institute for
Advanced Study The Talks
Damageable Vibrating String
Fluids and
Waves - Recent
Trends in Applied Analysis
The University of Memphis, 11-13 May
2006
The Talk
(and the animations)
Recent Results for
Contact
Problems with Material Damage
Second Iintl. Conference on
NONSMOOTH/NONCONVEX MECHANICS
WITH APPLICATIONS IN ENGINEERING
Aristotle University of THESSALONIKI, Greece,
7 & 8 July, 2006
The
Talk and the animation
Animation
Recent Results for Contact
Problems with Material Damage
In "Inverse
Problems,
Homogenization and Related Topics in Analysis"
On the occasion of Prof. Robert
Gilbert's 75th Birthday
Department of Mathematics, University of Central Florida,
Orlando
January 13-15, 2007 The
Talk and the Animation
Models of
Material Damage
Colloquium
Department of Mathematics
University of Nebraska, Lincoln
9 March 2007
The
Talk and the animation
Animation
Models for
Material Damage
or Adhesion
ICTCAM 2007 - INTERNATIONAL CONFERENCE
"Trends and Challenges in Applied
Mathematics"
June 20-23, 2007, Bucharest,
Romania
The Talk
Mathematical
Models for
Material Damage
6th Congress of Romanian mathematicians
28 June - 4 July 2007
Bucharest, Romania
The Talk
Models for Material
Damage
or Adhesion
Colloquium
Department of Mathematics
Saginaw Valley State University
29 January 2008
The
Talk
PROFESSIONAL
AFFILIATIONS
Sigma
Xi
Mathematical
Association of
America - MAA
Theories of
Everything, Spiral Dynamics Integral (SDi), Ken Wilber and
more.
I
strongly support the MIT initiative to keep information free on the
Internet!
The MIT OpenCourseWare
Office:
554 Science and Eng. Bldg.
(SEB)
Tel: 248-370-3439
Fax: 248-370-4184


Meir Shillor (shillor@oakland.edu)
/ August 27,
2007