Alphabetically arranged by first author name.
1. Bar-Yoseph, P. Z., Mereu, S., Kalro, V. and Chippada, S.: Automatic Control of Angular Distortions for 2-D and 3-D Computational Mesh Dynamics. Versions: Plain Text, PDF. Topic: Fluid-Structure Interaction. MS: Computational Acoustics and Fluid-Structure Interaction Corresponding author: P. Z. Bar-Yoseph, pby@evanston.fluent.com
2. Dey, S., Shirron, J. J. and Couchman, L. S.: High-Order Structural Acoustics Analysis of Stiffened Shells. Versions: HTML, Plain Text, PDF. Topic: Computational Acoustics. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author not specified, authors are: S. F. Dey, dey@cosmic.nrl.navy.mil, J. J. Shirron, joseph@helmholtz.nrl.navy.mil, L. S. Couchman, couchman@ccs.nrl.navy.mil
3. Driscoll, T. A. : High-order Composite Finite-Difference Methods for Maxwell's Equations in Inhomogeneous Media. Versions: HTML, Plain Text, PDF. Topic: Computational Acoustics. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Toby Driscoll, tad@newton.colorado.edu
4. Frandsen, J. B.: Computational Fluid-Structure Interaction Applied to Bridge Decks. Versions: Plain Text, PDF. Topic: Fluid-Structure Interaction. MS: Computational Acoustics and Fluid-Structure Interaction Corresponding author: J. B. Frandsen, jbf26@eng.cam.ac.uk
5. Grohmann, B. A., Wallmersperger, T. and Kroplin, B.: Globally Conservative, Unconditionally Stable Space-Time Finite Element Methods for Fluid-Structure Interaction. Versions: Plain Text, PDF. Topic: Fluid-Structure Interaction. MS: Computational Acoustics and Fluid-Structure Interaction Corresponding author: B. A. Grohmann, grohmann@isd.uni-stuttgart.de
6. Hansbo, P. and Hermansson, J. : Space-Time Arbitrary Lagrangian-Eulerian Finite Element Methods of Crank-Nicolson Type. Versions: Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: P. Hansbo, hansbo@solid.chalmers.se
7. Harari, I. and Barbone, P. E. : Trefftz Infinite Elements in Three Dimensions. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Isaac Harari, harari@eng.tau.ac.il
8. Hunter, K. S. and Geers, T. L. : Doubly Asymptotic, Boundary-Element Calculation of Bubble Dynamics. Versions: PDF, other versions had equation display problems. Topic: Computational Acoustics. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Thomas L. Geers, geers@spot.colorado.edu
9. Kakuda, K. and Ishii, G. : Finite Element Simulation for Three-Dimensional Incompressible Viscous Fluid Flows. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: K. Kakuda, k7kakuda@ccu.cit.nihon-u.ac.jp
10. Kvamsdal, T. and Jenssen, C. B.: Computational Methods for Coupled Simulations of Wind Induced Motions of Large Bridges. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Trond Kvamsdal, Trond.Kvamsdal@math.sintef.no
11. Kvamsdal, T., Okstad, K. M., Srli, K. and Pegon, P.: Adaptive Mesh Movement Algorithm for Fluid-Structure Interactions with Large Structural Displacements. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Knut M. Okstad, Knut.M.Okstad@math.sintef.no
12. Liu, Y. and Chen, S.: Sound and Shell-Like Structure Interactions by the Unified Boundary Element Method. Versions: Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Yijun Liu, Yijun.Liu@uc.edu
13. Lomtev, I., Kirby, R. M. and Karniadakis, G. E.: A Discontinuous Galerkin Method for Compressible Flow Past a 3D Flexible Wing. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: George E. Karniadakis, gk@cfm.brown.edu
14. Malhotra, M., Oberai, A. and Pinsky, P. M.: Pade Approximation of Multi-Frequency Solutions in Coupled Vibro-Acoustic Problems. Versions: Plain Text, PDF. Topic: Computational Acoustics. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: M. Malhotra, manish@am-sun2.stanford.edu
15. Oberai, A., Roknaldin, F. and Hughes, T.J.R. : Computational Procedures for Hydro/Aero-acoustics. Versions: Plain Text, PDF. Topic: Computational Acoustics. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: A. Oberai, oberai@leland.stanford.edu
16. Park, K. C., Felippa, C. A. and Ohayon, R.: Partitioned Formulation of Internal Fluid-Structure Interaction Problems by Localized Lagrange Multipliers. Versions: Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: K. C. Park, kcpark@titan.colorado.edu
17. Parsons, I. D., Alavilli, P., Namazifard, Hales, A. J., Acharya, A., Najjar, F., Tafti, D. and Jiao, X.: Loosely Coupled Simulations of Solid Rocket Motors. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: I. D. Parsons, idp@uiuc.edu
18. Piperno, S. and Farhat, C.: An Energy Transfer Criterion for Assessing Partitioned Procedures Applied to the Solution of Nonlinear Transient Aeroelastic Problems. Versions: Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Serge Piperno, piper@viso.inria.fr
19. Rixen, D. and Farhat, C.: A Computational Methodology for the Simulation of Flow Problems Past Accelerating Rigid and Flexible Obstacles. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Daniel J. Rixen, rixen@gnat.colorado.edu
20. Ryan, P.: Eigenvalue and Eigenfunction Error Estimates for Finite Element Formulations of Slosh-Structure Interaction. Versions: Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: P. Ryan, pat.ryan@lmco.com
21. Schall, E., Koobus, B. and Farhat, C.: Investigation of the Aeroelastic Coupling Between a Nozzle and a Supersonic Jet. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Eric Schall, Eric.Schall@sophia.inria.fr
22. Thompson, L. L. and Huan, R. : Accurate Radiation Boundary Conditions for the Time-Dependent Wave Equation . Versions: HTML, Plain Text, PDF. Topic: Computational Acoustics. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: L. L. Thompson, lonny.thompson@ces.clemson.edu
23. Thompson, L. L. and Huan, R. : Finite Element Formulation of Exact Dirichlet-to-Neumann Radiation Conditions on Elliptic and Spheroidal Boundaries . Versions: Plain Text, PDF. Topic: Computational Acoustics. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: L. L. Thompson, lonny.thompson@ces.clemson.edu
24. Wall, W. A., Schmidt, J. and Ramm, E.: On the Simulation of Viscous Free Surface Flows with Nonlinear Structural Interactions. Versions: HTML, Plain Text, PDF. Topic: Fluid Structure Interaction. MS: Computational Acoustics and Fluid Structure Interaction. Corresponding author: Wolfgang A. Wall, wall@statik.uni-stuttgart.de
This page constructed by Carlos Felippa: carlos@titan.colorado.edu