List of Contributions Accepted (as of Feb 7) for the Advanced Finite Element Methods (AFEM) MiniSymposium in USNCCM98

Keynote Lecture: R. L. Taylor, University of California at Berkeley. Title TBA.
Contributed abstracts listed by first author name. Session organization TBA. [Abstracts contributed directly to USNCCM99 and forwarded to the MiniSymposium by Kaspar Willam are marked by an asterisk.]

1. *Balah, M. and Al-Ghamedy, H. N.: A Higher Order Four Node Laminated Shell Element. Versions: Plain Text, PDF. Corresponding author: H. N. Al-Ghamedy, hghamdi@kfupm.edu.sa

2. Berkovic, M. and Mijuka, D. : A Stable and Efficient Primal-Mixed Formulation in Elasticity. Versions: Plain Text, PDF. Corresponding author: Mladen Berkovic, berkovic@matf.bg.ac.yu

3. Bischoff, M. and Ramm, E. : Theory and Numerics of a Three-Dimensional Shell Model. Versions: Plain Text, PDF. Corresponding author: M. Bischoff, bischoff@statik.uni-stuttgart.de

4. Bletzinger, K.-U.: The Generation of Shear Locking Free Beam, Plate and Shell Elements by the Discrete Shear Gap Method. Versions: Plain Text, PDF. Corresponding author: Kai-Uwe Bletzinger, kub@bau-verm.uni-karlsruhe.de

5. Dohrmann, C. R., Key, S. W. and Heinstein, M. W.: A Method for Connecting Dissimilar Finite Element Meshes. Versions: HTML, Plain Text, PDF. Corresponding author: Clark R. Dohrmann, crdohrm@sandia.gov

6. *Hong, W. I., Kim, Y. H. and Lee, S. W. : An Assumed Strain Triangular Solid Element Enriched by Bubble Functions. Versions: Plain Text, PDF. Corresponding author: Yong Hyup Kim, yhkim@gong.snu.ac.kr

7. *Lee, D. G. and Kosmatka, J. B. : Passively Damped Vibration of Rotating Curved Laminated Shells Using Zig-Zag Triangular Element. Versions: Plain Text, PDF. Corresponding author: J. B. Kosmatka, kosmatka@ames.ucsd.edu

8. Liu, X., Jenkins, C. H. and Schur, W. W.: Fine Analysis of Degenerate Membrane States Using a Penalty Parameter Modified Constitutive Relation. Versions: HTML, Plain Text, PDF. Corresponding author: Christopher H. Jenkins, CJENKINS@taz.sdsmt.edu

9. *Mota, A. and Abel, J. F.: The Hu-Washizu Finite Element Formulation as a Stress Recovery Method. Versions: Plain Text, PDF. Corresponding author: A. Mota, aam4@cornell.edu

10. *Park, H. C., Choi, Y.-H. and Cho, C.: Torsional Buckling Analysis of Composite Cylinders Versions: Plain Text, PDF. Corresponding author: Hoon C. Park, hcpark@kkucc.konkuk.ac.kr

11. Piltner, R. : Two- and Three-Dimensional Mixed Enhanced Finite Elements with Orthogonal Stress and Strain Functions Versions: HTML, Plain Text, PDF. Corresponding author: R. Piltner, rpiltner@unlinfo.unl.edu

12. Pitkaranta, J. : Theory of the First Locking-Free Plane-Elastic Finite Element. Versions: Plain Text, PDF. Corresponding author: Juhani Pitkaranta, juhani.pitkaranta@hut.fi

13. Puso, M. A.: A Highly Efficient Enhanced Assumed Strain Physically Stabilized Hexahedral Element. Versions: Plain Text, PDF. Corresponding author: Mike Puso, puso@llnl.gov

14. Rubin, M. B. : Numerical Solution Procedures for Nonlinear Elastic Rods } Using the Theory of a Cosserat Point. Versions: Plain Text, PDF. Corresponding author: M. B. Rubin, mbrubin@tx.technion.ac.il

15. *Skeie, G. and Bergan, P. G. : The Free Formulation - Past and Present. Versions: Plain Text, PDF. Corresponding author: G. Skeie, Geir.Skeie@dnv.com

16. Thompson, L. L. and Tong, R. : Hybrid Least Squares Finite Element Methods for Reissner-Mindlin Plates. Versions: Plain Text, PDF. Corresponding author: L. L. Thompson, lonny.thompson@ces.clemson.edu

Last update:   February 7, 1999.

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