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Vicente Cutanda Henríquez
Vicente Cutanda Henríquez
Verified email at elektro.dtu.dk - Homepage
Title
Cited by
Cited by
Year
OpenBEM—An open source boundary element method software in acoustics
VC Henriquez, PM Juhl
Internoise 2010 7, 5796-5805, 2010
722010
A numerical and experimental investigation of the performance of sound intensity probes at high frequencies
F Jacobsen, V Cutanda, PM Juhl
The Journal of the Acoustical Society of America 103 (2), 953-961, 1998
671998
Viscothermal losses in double-negative acoustic metamaterials
VC Henríquez, VM García-Chocano, J Sánchez-Dehesa
Physical Review Applied 8 (1), 014029, 2017
592017
An axisymmetric boundary element formulation of sound wave propagation in fluids including viscous and thermal losses
V Cutanda-Henríquez, PM Juhl
The Journal of the Acoustical Society of America 134 (5), 3409-3418, 2013
392013
A numerical model of an acoustic metamaterial using the boundary element method including viscous and thermal losses
VC Henríquez, PR Andersen, JS Jensen, PM Juhl, J Sánchez-Dehesa
Journal of Computational Acoustics 25 (04), 1750006, 2017
352017
On the modeling of narrow gaps using the standard boundary element method
V Cutanda, P Møller Juhl, F Jacobsen
The Journal of the Acoustical Society of America 109 (4), 1296-1303, 2001
242001
OpenBEM-An open source Boundary Element Method software in acoustics
V Cutanda Henriquez, P Moller Juhl
INTER-NOISE and NOISE-CON congress and conference proceedings 2010 (5), 5873 …, 2010
232010
Final report on the key comparison CCAUV. A-K3
VC Henríquez, K Rasmussen
Metrologia 43 (1A), 09001-09001, 2006
232006
Numerical transducer modeling
VC Henríquez
Univ., 2002
222002
Implementation of an acoustic 3D BEM with visco-thermal losses
VC Henríquez, PM Juhl
Proceedings of Internoise 2013: Noise Control for Quality of Life, 2013
212013
Shape optimization of micro-acoustic devices including viscous and thermal losses
PR Andersen, VC Henríquez, N Aage
Journal of Sound and Vibration 447, 120-136, 2019
192019
A sound intensity probe for measuring from 50 Hz to 10 kHz
F Jacobsen, V Cutanda, PM Juhl
Technical, 1, 1996
181996
Modelling measurement microphones using BEM with visco-thermal losses
VC Henríquez, PM Juhl
Proc. Joint Baltic-Nordic Acoustics Meeting, 18-20, 2012
172012
A BEM approach to validate a model for predicting sound propagation over non-flat terrain
SQ y Alpera, F Jacobsen, PM Juhl, VC Henrı́quez
Applied Acoustics 64 (8), 781-791, 2003
152003
Numerical transducer modelling
V Cutanda
6th International Congress on Sound and Vibration, 563-570, 1999
121999
An analytical model for broadband sound transmission loss of a finite single leaf wall using a metamaterial
JH Vazquez Torre, J Brunskog, V Cutanda Henriquez
The Journal of the Acoustical Society of America 147 (3), 1697-1708, 2020
112020
A three-dimensional acoustic boundary element method formulation with viscous and thermal losses based on shape function derivatives
VC Henríquez, PR Andersen
Journal of theoretical and computational acoustics 26 (03), 1850039, 2018
112018
On the Non-Uniqueness Problem In a 2D Half-Space Formulation
PM Juhl, F Jacobsen, VC Henríquez, SQ Alpera
Proceedings of Ninth International Congress on Sound and Vibration: http …, 2002
92002
A two-dimensional acoustic tangential derivative boundary element method including viscous and thermal losses
PR Andersen, VC Henríquez, N Aage, S Marburg
Journal of theoretical and computational acoustics 26 (03), 1850036, 2018
82018
On the modeling of narrow gaps using the standard boundary element method
VC Henriquez, PM Juhl, F Jacobsen
Journal of the Acoustical Society of America 109 (4), 1296-1303, 2001
82001
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