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Deanship of Scientific Research
Document Details
Document Type
:
Project
Document Title
:
Diffraction acoustic sound wave resulting from the combination of spherical half level, one is not resistant to the wave and the other in the semi-resistant fluid moving
الحيود الصوتي لموجة صوتية كروية الناتج عن اقتران نصفي مستوى احدهما غير مقاوم للموجة والآخر شبه مقاوم في مائع متحرك
Document Language
:
Arabic
Abstract
:
In this project studied the diffraction of acoustic sound wave spherical (issued by a point source) resulting from the coupling half level, one is not resistant to the waves of sound and the other semi-resistant condition to achieve Myers of resistance in the fluid animation. Significance of the project lies in the fact that the source audio bullet can be considered a good approximation of the true source of the voice. The cylindrical source we ended it by using the results obtained from the source bitmap. The sub-resistor represents a situation more realistic levels compared with the solid. As the fluid levels in a mobile that it can expect to benefit from this study in Aerospace Engineering. We have expressed in the form of acoustic diffraction integration using the Fourier transform method and illuminating - Hopf. We have also analyzed the function of the nucleus in the equation and illuminating - Hopf. And we calculated the value of integration using the method of approach. Effect of Mach number and a median absorption band appeared clearly in the audio field diffraction.
Publishing Year
:
1426 AH
2006 AD
Sponsor Name
:
kau
Sponsorship Year
:
1426 AH
2006 AD
Added Date
:
Wednesday, April 30, 2008
Researchers
Researcher Name (Arabic)
Researcher Name (English)
Researcher Type
Dr Grade
Email
محمد شباب الهذلي
alhodhli, mohammed shabbab
Investigator
Doctorate
Files
File Name
Type
Description
30009.docx
docx
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