Diffraction of acoustic waves from a point source over an impedance wedge

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Diffraction of acoustic waves from a point source over an impedance wedge. / Lyalinov, Mikhail A. .

The URSI GASS 2020. Proceedings. 2020. p. B09-01 PID6299809.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Research › peer-review

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Lyalinov, MA 2020, Diffraction of acoustic waves from a point source over an impedance wedge. in The URSI GASS 2020. Proceedings., PID6299809, pp. B09-01, XXXIIIrd URSI General Sssembly and Scientific Symposium, Rome, Italy, 29/08/20.

BibTeX

@inproceedings{061cb3d130ca45b1a25f12207e73286f,

title = "Diffraction of acoustic waves from a point source over an impedance wedge",

abstract = "Contrary to the problem of scattering of electromagneticwaves from a Hertz dipole located over an impedancewedge, the corresponding acoustic problem is explicitlysolvable (i.e. by quadrature). In this work we study diffractionof a spherical acoustic wave due to a point source, by animpedance wedge. In the exterior of the wedge the acousticpressure satisfies the stationary wave (Helmholtz) equationand classical impedance boundary conditions on two facesof the wedge, as well as Meixner{\textquoteright}s condition at the edge andthe radiation conditions at infinity. Solution of the boundaryvalue problem is represented by a Weyl type integraland its asymptotic behavior is discussed. On this way, wederive various components in the far field interpreting themaccordingly and discussing their physical meaning.",

author = "Lyalinov, {Mikhail A.}",

year = "2020",

language = "English",

pages = "B09--01",

booktitle = "The URSI GASS 2020. Proceedings",

note = "XXXIIIrd URSI General Sssembly and Scientific Symposium, URSI GASS 2020 ; Conference date: 29-08-2020 Through 05-09-2020",

}

RIS

TY - GEN

T1 - Diffraction of acoustic waves from a point source over an impedance wedge

AU - Lyalinov, Mikhail A.

PY - 2020

Y1 - 2020

N2 - Contrary to the problem of scattering of electromagneticwaves from a Hertz dipole located over an impedancewedge, the corresponding acoustic problem is explicitlysolvable (i.e. by quadrature). In this work we study diffractionof a spherical acoustic wave due to a point source, by animpedance wedge. In the exterior of the wedge the acousticpressure satisfies the stationary wave (Helmholtz) equationand classical impedance boundary conditions on two facesof the wedge, as well as Meixner’s condition at the edge andthe radiation conditions at infinity. Solution of the boundaryvalue problem is represented by a Weyl type integraland its asymptotic behavior is discussed. On this way, wederive various components in the far field interpreting themaccordingly and discussing their physical meaning.

AB - Contrary to the problem of scattering of electromagneticwaves from a Hertz dipole located over an impedancewedge, the corresponding acoustic problem is explicitlysolvable (i.e. by quadrature). In this work we study diffractionof a spherical acoustic wave due to a point source, by animpedance wedge. In the exterior of the wedge the acousticpressure satisfies the stationary wave (Helmholtz) equationand classical impedance boundary conditions on two facesof the wedge, as well as Meixner’s condition at the edge andthe radiation conditions at infinity. Solution of the boundaryvalue problem is represented by a Weyl type integraland its asymptotic behavior is discussed. On this way, wederive various components in the far field interpreting themaccordingly and discussing their physical meaning.

UR - http://www.ursi.org/proceedings/procGA20/programme.html

M3 - Conference contribution

SP - B09-01

BT - The URSI GASS 2020. Proceedings

T2 - XXXIIIrd URSI General Sssembly and Scientific Symposium

Y2 - 29 August 2020 through 5 September 2020

ER -

ID: 62231597