Benutzer: Gast  Login
Sortieren nach:
und:
Mehr ...

Langer, P.;Krause, M.;Sepahvand, K.;Marburg, S.
Experimentally uncertainty quantification in numerical and analytical beam models
Internoise and Noise Congress and Conference Proceedings
2014

Mehr ...

Sepahvand, K.;Marburg, S.
Identification of composite uncertain material parameters from experimental modal data
Probabilistic Engineering Mechanics, Elsevier
2014
37
7/31
148-153

Mehr ...

Dietzsch, F.;Hervella-Nieto, L.;Marburg, S.and Rodr'iguez, R.and Weisbecker, H.
Physical and spurious modes in mixed finite element formulation for the Galbrun equation
Acta Acustica united with Acustica, S. Hirzel Verlag
2014
100
3
2014/5/1
493-512

Mehr ...

Peters, H.;Kessissoglou, N.;Marburg, S
Modal decomposition of exterior acoustic-structure interaction problems with model order reduction
Journal of the Acoustical Society of America
2014
135
5
2014/5/1
2706-2717

Mehr ...

Khosroshahi, Saati;F., Sepahvand;K., Guettler;M., Pourtahmasi;K.;Marburg, S.
Modal analysis of the Persian music instrument Kamancheh: finite element modeling and experimental investigation
Proceedings of the International Symposium on Musical Acoustics (ISMA), Le Mans, France
2014

Mehr ...

Karimi, M.;Croaker, P.;Kessissoglou, N.;Doolan, C.;Marburg, S.
Flow-induced noise from a sharp-edged flat plate using a quasi-periodic CFD-BEM technique
2014

Mehr ...

Fard, S.M.B.;H., Peters;Kessissoglou, N.;Marburg, S.
Three dimensional quasi-periodic noise barriers
Institute of Noise Control Engineering
2014

Mehr ...

Karimi, M.;P., Croaker;Kessissoglou N.and Doolan, C.;Marburg, S.
Self-noise prediction of a sharp-edged strut using a quasi-periodic CFD-BEM technique
Institute of Noise Control Engineering
2014

Mehr ...

Croaker, P.;Kessissoglou, N.;Marburg, S.
A particle accelerated CFD-BEM technique applied to aeroacoustic scattering
Institute of Noise Control Engineering
2014

Mehr ...

Liu, D.;H., Peters;Kessissoglou, N.;Marburg, S.
Prediction of the radiated sound power from a fluid-loaded finite cylinder using the surface contribution method
INTER-NOISE. Proceedings of the 43rd International Congress on Noise Control Engineering, Melbourne, Australia, 16-19 November 2014
2014