| 5 - 6 |
Applications of Parallel Computing
Beris AN, Miller DL |
| 617 - 646 |
Lattice Methods and Their Applications to Reacting Systems
Chen S, Dawson SP, Doolen GD, Janecky DR, Lawniczak A |
| 647 - 669 |
Parallel Finite-Element Algorithms Applied to Computational Rheology
Keunings R |
| 671 - 681 |
A Multifrontal Algorithm for the Solution of Large Systems of Equations Using Network-Based Parallel Computing
Ingle NK, Mountziaris TJ |
| 683 - 692 |
Boundary-Element Analysis of Particle Mobilities in a Cylindrical Channel - Network-Based Parallel Computing with Condor
Yang H, Kim S |
| 693 - 718 |
Massively-Parallel Nonequilibrium Brownian Dynamics Simulations for Complex Fluids - The Rheology of Brownian Suspensions
Rastogi SR, Wagner NJ |
| 719 - 742 |
Comparison of MIMD and SIMD Strategies for Monte-Carlo Modeling of Kinetically Coupled Reactions
Stark SM, Neurock M, Klein MT |
| 743 - 757 |
Solving Microstructure Electrostatics on a Proposed Parallel Computer
Traenkle F, Hill MD, Kim S |
| 759 - 773 |
Portable Code for Process Synthesis Using Workstation Clusters and Distributed-Memory Multicomputers
Fraga ES, Mckinnon KI |
| 775 - 786 |
The Application of Parallel Computing to the Flow of Fluids in Porous-Media
Killough JE |
| 787 - 805 |
Generalized Block-Tridiagonal Matrix Orderings for Parallel Computation in-Process Flowsheeting
Coon AB, Stadtherr MA |
| 807 - 825 |
Parallel Nonlinear Optimization Techniques for Chemical Process Design-Problems
High KA, Laroche RD |
| 827 - 845 |
Analysis of the Spurious Behavior of Asynchronous Relaxation Algorithms
Androulakis IP, Reklaitis GV |
| 847 - 865 |
Dcabb - A Distributed Control Architecture for Branch-and-Bound Calculations
Kudva GK, Pekny JF |
