203 results on '"Åbom, Mats"'
Search Results
2. The TRANSIT project: innovation towards train pass-by noise source characterisation and separation tools
3. Acoustic plane-wave decomposition by means of multilayer perceptron neural networks
4. Optimality analysis of bulk-reacting liners based on mode-merging design method
5. Virtual Herschel-Quincke tube using the multiple small resonators and acoustic metamaterials
6. Advancing flow-duct noise control: Examples of innovative silencers
7. Modelling of a lined tyre for predicting cavity noise mitigation
8. The Cremer impedance: An investigation of the low frequency behavior
9. The use of the two-port method to characterize high-speed small fans
10. A numerical study of noise characteristics originating from a shrouded subsonic automotive fan
11. Particle Number Reduction in Automotive Exhausts Using Acoustic Metamaterials
12. Modeling of duct acoustics in the high frequency range using two-ports
13. Reducing low frequency tonal noise in large ducts using a hybrid reactive-dissipative silencer
14. Numerical eduction of active multi-port data for in-duct obstructions
15. Investigation of orifice aeroacoustics by means of multi-port methods
16. Numerical Study on the Sound Amplification of a T-Junction with Bias Flow
17. Acoustic characteristics of a heavy duty vehicle cooling module
18. Improved methods for source characterization on trains
19. Acoustic scattering in a small centrifugal compressor based on the use of linearized equations in a rotating frame
20. Analysis of pipeline networks using two-ports
21. Sound amplification at a rectangular T-junction with merging mean flows
22. A Note on the Applicability of Thermo-Acoustic Engines for Automotive Waste Heat Recovery
23. Determination of in-duct sound power beyond the plane wave range using wall-mounted microphones
24. Revisiting the Nelson–Morfey scaling law for flow noise from duct constrictions
25. Engineering methods to predict noise levels at reference points with known source properties
26. Large eddy simulations of acoustic-flow interaction at an orifice plate
27. Aeroacoustics of rectangular T-junctions subject to combined grazing and bias flows – An experimental investigation
28. Wind Turbine Noise Emissions
29. Wind Turbine wind turbine Noise Emissions wind turbine noise emissions
30. Improved methods for source characterization on trains.
31. Investigation of mid-frequency prediction using combined pressure acoustics and power-based methods
32. Prediction model of flow duct constriction noise
33. Experimental investigations of sound reflection from hot and subsonic flow duct termination
34. A Compact Silencer for the Control of Compressor Noise
35. Investigations of Automotive Turbocharger Acoustics
36. Accurate experimental two-port analysis of flow generated sound
37. Quasi-steady model of the acoustic scattering properties of a T-junction
38. Investigation of Extended-Tube Liners for Control of Low-Frequency Duct Noise
39. The effect of turbulence damping on acoustic wave propagation in tubes
40. Aeroacoustics of T-junctions—An experimental investigation
41. Next generation aircraft noise-mapping
42. Sound propagation in narrow tubes including effects of viscothermal and turbulent damping with application to charge air coolers
43. A comment on the correct boundary conditions for the Cremer impedance
44. Wind Turbine Noise Emissions
45. Investigation of damping and radiation using full plane wave decomposition in ducts
46. Sound propagation in an array of narrow porous channels with application to diesel particulate filters
47. Low frequency duct noise control using extended tube liners
48. Mode-Merging Design Method for Nonlocally Reacting Liners with Porous Materials
49. Optimal damping in ducts—The Cremer impedance
50. Optimal damping for a bend containing a microperforated panel
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