Applications of General-Purpose Packages for Fluid-Structure Interaction Problems

범용 패키지의 결합을 통한 구조-유체 상호 작용 해석 기법

  • Published : 1997.08.01

Abstract

Recently, many general-purpose packages for fluid-structure interaction problems have been announced. However, they have a lot of limitations to model structures in the fluid-structure interaction problems reasonably. Utilizing general-purpose packages such as MSC/NASTRAN and SYSNOISE, in this paper, a method to slove the radiation scattering problems with some accuracy in the fluid-structure interaction problems was developed. Using a simple model, the results from the presented method here are compared with those from SYSNOISE. The result shows quite a good agreement between the two methods. The problems, which could not be solved by SYSNOISE, were tried to solve with the presented method and results were presented. It was proved that this method could be safely used to solve fluid-structure interaction problems.

Keywords

References

  1. JASA v.87 no.5 Coupled Finite Element/Boundary Element Approach for Fluid-Structure Interaction Gorden C. Everstine;Francis M. Henderson
  2. JASA v.79 no.5 Numerical Techniques for Three Dimensional Steady-state Fluid-Structure Interaction Ian C. Mathews
  3. Sound and Vibration Acoustic and Elasto-Acoustic Analysis using Finite Element and Boundary Element Mothods Ken R.Fyfe;Jean-Pierre G.Coyette;PeterA.van Vooren
  4. DTSC-87/047 Numerical Techniques for Three-Dimensional Fluid-Structure Interaction Problems Ian C, Mathews
  5. Numerical Intergration Technology v.Ⅰ;Ⅱ;Ⅲ;Ⅳ SYSNOISE Manuals
  6. The Mecneal-Schwendler Corporation v.Ⅰ;Ⅱ;Ⅲ MSC/NASTRAN Reference Manual
  7. Preoceedings of fifteenth NASTRAN User's Colloquium NASTRAN Application for the prediction of Aircraft Interior Noise Francesco Marulo;Tedd B. Beyer