Monday morning, 5 June 1995

Program overview

MONDAY MORNING, 5 JUNE 1995

Session B01. Fluids.

Monday morning, 11:00, Urban Room. G. Doolen, presiding.

11:00 B01.01 A Parallel Incompressible Flow Solver Package with a Parallel Multigrid Elliptic Kernel
John Lou and Robert Ferraro (JPL/CIT)
11:15 B01.02 Boundary Layer Receptivity in Cascade Flows to Time - Harmonic Disturbances
L.R. ROJAS and C.H. AMON (Carnegie Mellon University)
11:30 B01.03 Evolution of Instabilities in Radial Flows.
J.C. OLIVEIRA and C.H. AMON (Carnegie Mellon University)
11:45 B01.04 A New Class of Thermal Convection
Patricio Cordero, Jorge Ibsen and Rodrigo Soto (Departamento de F\'{\i}sica, Universidad de Chile, Santiago, Chile)
12:00 B01.05 Three Dimensional Medial Axis Analysis of the Void Structure of Geological Materials
David A. Coker (SUNY Institute of Technology), W. Brent Lindquist and S.M. Lee (SUNY Stony Brook)

Session B02. Density Functional Methods.

Monday morning, 11:00, Monongahela Room. B. Klein, presiding.

11:00 B02.01 Adaptive Coordinate Electronic Structure Calculations
D. R. Hamann (AT&T Bell Laboratories, Murray Hill, NJ 07974)
11:30 B02.02 Variational Linear-Scaling Methods for Solving the Electronic Structure Problem.
David Vanderbilt (Department of Physics and Astronomy, Rutgers University)
12:00 B02.03 Local Orbital Representations for Efficient Modelling of Materials
Mark Pederson (Complex Systems Theory Branch, Naval Research Laboratory, 20375-5345)

Session B03. Nonlinear Dynamics I.

Monday morning, 11:00, Allegheny Room. D. Meredith, presiding.

11:00 B03.01 Reliability of computed trajectories in chaotic simulations
Tim Sauer (George Mason University)
11:30 B03.02 Simplectic Computations of Lyapunov Exponents
Habib Salman (Los Alamos National Laboratory)
12:00 B03.03 Computational Issues in Unmasking Chaotic Communications
Kevin M. Short (University of New Hampshire)

Session BANQUET. Banquet of the APS Division of Computational Physics.

Tuesday Evening, 19:00, Urban Room, Westin William Penn Hotel

BANQUET Quantum Mechanics, Chemical Plants, and the Environment
Gregory McRae (Massachusetts Institute of Technology)