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ORCID8th Parallel CFD 1996: Capua, Italy
- Pasquale Schiano, Akin Ecer, Jacques Périaux, Nobuyuki Satofuka:
Conference on Parallel Computational Fluid Dynamics 1996, CIRA, Capua, Italy, May 20-23, 1996. North Holland 1997, ISBN 978-0-444-82327-4 - Y. P. Chien, Akin Ecer, Hasan U. Akay, S. Secer:
Communication cost function for parallel CFD in a heterogeneous environment using ethernet. 1-10 - Stéphane Lanteri, Boniface Nkonga, Serge Piperno:
Domain partitioning and message passing for the distribution of unstructured mesh calculations on mimd platforms. 11-20 - L. Paglieri, Alan L. Scheinine, Luca Formaggia, Alfio Quarteroni:
Parallel conjugate gradient with Schwarz preconditioner applied to fluid dynamics problems. 21-30 - Corrado Ronchi, Roberto Iacono, M. V. Struglia, A. Rossi, C. Truini, Pier Stanislao Paolucci, S. Pratesi:
The cubed sphere. 31-38 - Klaus Stüben, Hermann Mierendorff, Clemens-August Thole, Owen Thomas:
Europort. 39-48 - J. B. Vos, V. Van Kemenade, Anders Ytterström, Arthur W. Rizzi:
Parallel NSMB. 49-58 - Giorgio Amati, Sauro Succi, Roberto Benzi, R. Piva:
Parallel simulation of turbulent channel flow. 59-66 - Marco Briscolini, Massimiliano Fatica:
Direct numerical simulations of turbulent pipe flow via a portable message-passing code. 67-75 - Marc Buffat, I. Yudiana, C. Leribault:
Parallel simulation of turbulent compressible flows with unstructured domain partitioning. Performance on T3D and SP2 using OOP. 76-83 - Davor Cokljat, J. G. Carter, Y. F. Hu:
High performance computing for river engineering. 84-91 - James M. McDonough:
Parallelization of ATD/chaotic-map turbulence models. 92-99 - Volker Seidl, Samir Muzaferija, Milovan Peric, F. Thiele:
Direct numerical simulation of flow around sphere with an unstructured fully implicit parallel navier-stokes solver. 100-107 - Yoko Takakura, Fumio Higashino, Takeshi Yoshizawa, Satoru Ogawa:
Unsteady interaction on supersonic cavity flows. 108-115 - Pasqua D'Ambra, Daniela di Serafino
, Giulio Giunta, Angelo Riccio:
Parallel Numerical Simulation of Reacting Flows in Air Quality Models. 116-123 - B. Risio, R. Schneider, U. Schnell, K. R. G. Hein:
HPF-implementation of a 3d-combustion code on parallel computer architectures using fine grain parallelism. 124-131 - R. L. Verweij, G. P. Boerstoel, Tim W. J. Peeters, Kemal Hanjalic:
Furnace simulations using parallelisation by domain decomposition. 132-139 - Rupak Biswas, Ira Pramanick, Andrew Sohn, Horst D. Simon:
Unstructured adaptive grid computations on an array of SMPs. 140-147 - Frazer R. Pearce, Hugh M. P. Couchman, P. A. Thomas, A. R. Jenkins, Carlos S. Frenk, Simon D. M. White, J. M. Colberg, R. M. Hutchings, Jakob Pichlmeier:
Hydrodynamical simulations of the universe. 148-155 - Roland Richter, Pénélope Leyland:
Dynamic mesh adaptation for unsteady flows within a true parallel environment. 156-165 - Paul M. Selwood, N. A. Verhoeven, Jonathan M. Nash, Martin Berzins, Nigel P. Weatherill, Peter M. Dew, Kenneth Morgan:
Parallel mesh generation and adaptivity. 166-173 - Chris Walshaw, Mark Cross, Martin G. Everett:
Parallel partitioning of unstructured meshes. 174-181 - I. V. Abalakin, M. A. Antonov, Boris N. Chetverushkin, I. A. Graur, A. V. Jokchova, Eugeny V. Shilnikov:
On the opportunity of parallel implementation of the kinetical-consistent finite difference schemes for gas dynamic flow simulation. 182-188 - O. Byrde, M. L. Sawley:
Parallel computation of flow in static mixers. 189-196 - Cos S. Ierotheou, C. R. Forsey, M. Leatham, Uwe Block:
Parallelisation of ESAUNA within EUROPORT-1. 197-203 - Carl B. Jenssen:
An implicit navier-stokes code for moving grids - time accuracy and efficiency issues. 204-211 - Masanori Obata, Nobuyuki Satofuka:
Implementation of parallel rotated IMEX method for incompressible n-s equations on hitachi SR series computers. 212-219 - H. Oswald, S. Turek:
A parallel multigrid algorithm for solving the incompressible navier-stokes equations with nonconforming finite elements in three dimensions. 220-227 - Denis Vanderstraeten, François-Xavier Roux, R. Keunings:
A hybrid parallel solver for finite element computations applied to CFD problems. 228-235 - Robert Haimes:
A modular approach to visualization for parallel CFD applications. 236-242 - Kirk E. Jordan, David A. Yuen, David M. Reuteler, Shuxia Zhang:
Distributed visualization of 3D thermal convection in the geological sciences. 243-250 - Mark Kremenetsky, Arsi Vaziri, Robert Haimes:
Real-time visualization of an hpf-based CFD simulation. 251-258 - Dirk Rantzau, P. Thomas:
Parallel CFD-simulations in a collaborative software environment using european ATM networks. 259-265 - Edoardo Bucchignani, Fulvio Stella, G. Guj:
Parallel solver for unsteady Rayleigh - bénard problem in limited domains. 266-273 - L. Carpintero, V. Daru:
Implicit multiblock euler computations using a preconditioned GMRES method. 274-281 - Boris N. Chetverushkin, M. V. Iakobovski, Marina A. Kornilina:
Parallel simulation of oil extraction. 282-288 - Dimitris Drikakis, R. Zahner:
Investigation of the efficiency of a 3d parallel, implicit and multiblock navier-stokes solver. 289-296 - G. Braschi, Giovanni Danese, Ivo De Lotto, D. Dotti, M. Gallati, Francesco Leporati, M. Mazzoleni:
Vortex blob models implemented on a parallel special purpose computer. 297-304 - Valentin A. Gushchin, P. S. Narayanan, G. Chafle:
Parallel computing of industrial aerodynamics problems. 305-311 - Michael M. Micci, Lyle N. Long, J. K. Little:
Parallel molecular dynamics code for supercritical droplet evaporation. 312-319 - L. Zerle, R. Dold, T. Michl, S. Wagner:
Parallelization of a Vortex Lattice Rotor Code for Helicopter Aerodynamics. 320-327 - Hasan U. Akay, Akin Ecer, Ahmet Behçet Açikmese:
Variable Time-Stepping Strategies for Explicit and Parallel Solution of Unsteady Viscous and Inviscid Compressible Hows. 328-335 - Anders Ålund, Per Lötstedt, Mattias Sillén:
Parallel solution of industrial compressible flow problems with static load balancing. 336-343 - Wilhelm Heinrichs:
Operator splitting for the stokes equations. 344-351 - Raino A. E. Mäkinen, Pekka Neittaanmäki, Jacques Périaux, Mourad Sefrioui, Jari Toivanen:
Parallel Genetic Solution for Multiobjective MDO. 352-359 - D. R. McCarthy:
Optimizing compound iterative methods for parallel computation. 360-367 - S. Jay Mosso, Blair K. Swartz, Douglas B. Kothe, Robert C. Ferrell:
A Parallel, Volume-Tracking Algorithm for Unstructured Meshes. 368-375 - Kenjiro Shimano, Chuichi Arakawa:
Application of extrapolation method to poisson equation and N-S equations on massively parallel computer. 376-383 - William D. Anderson, Piotr K. Smolarkiewicz:
A comparison of high performance fortran and message passing parallelization of a geophysical fluid model. 384-391 - Massimo Bernaschi, Francesco Papetti, Giulio Iannello, Sauro Succi:
Experiences using collective communication in a parallel cfd industrial code. 392-399 - David J. Klepacki:
CFD using virtual shared memory. 400-407 - Ken J. Badcock, William McMillan, Mark A. Woodgate, Brian J. Gribben, S. Porter, Bryan E. Richards:
Integration of an implicit multiblock code into a workstation cluster environment. 408-415 - J. Lepper, U. Schnell, K. R. G. Hein:
Numerical simulation of large-scale combustion processes on distributed memory parallel computers using MPI. 416-423 - I. Maeda, Y. Nakamura, H. Kawazoe, A. Ochi, T. Narahara:
Natural convection flow simulated by workstation cluster. 424-429 - M. L. Sawley, O. Byrde:
Portability issues for parallel computational fluid dynamics. 430-436 - Roy D. Williams, Jochem Häuser, Ralf Winkelmann:
Efficient convergence acceleration for a parallel CFD code. 437-444 - N. W. Hibma, Walter Eifler:
Parallelisation of a hydrodynamic model using domain decompositioning. 445-452 - Jon M. Reisner, J. C.-Y. Kao:
Application of simple numerical techniques for increasing the efficiency of a forward-in-time shallow water code on a sphere. 453-460 - Abdellah Hadjadj, Emmanuel Lefrançois, Edgard Kessy, Dany Vandromme, Gouri Dhatt:
Fluid-structural interactions on parallel computer. 461-468 - C. D. Robinson, J. K. Harvey:
Adaptive domain decomposition for unstructured meshes applied to the direct simulation monte carlo method. 469-476 - Xiao Xu, Bryan E. Richards:
Scalable parallel fully implicit PNS solver for high speed viscous flows. 477-484 - Mikhail Ivanov, G. Markelov, Stephen Taylor, Jerrell Watts:
Parallel DSMC strategies for 3D computations. 485-492 - Carlo de Nicola, Vittorio Puoti, R. Tognaccini:
A local block processing strategy for multiblock flow computations. 493-500 - G. J. Hameetman, W. Loeve, G. Poppinga, K. Potma:
Early benchmark results on the NEC SX-4 supercomputer. 501-508 - S. H. Onslow, C. E. Chapman:
Parallelisation of an euler solver using overlapping and embedded meshes. 509-516
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