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Modelling, Simulation and Data Analysis in Acoustical Problems

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Palabras clave – provistas por la editorial

noise barrier; insertion loss; vehicle frequencies; diffraction; flow speed; Analytical solutions; FDTD; EMATs; beam directivity; perforate tube silencer; transmission loss (TL); pressure loss; computational fluid dynamics (CFD); temperature; air flow velocity; graphical bilinear method; seismic survey; dynamic cone penetration test; soil depth; time-distance curve; KZK equation; fractional order derivative; ultrasound hyperthermia; HIFU; acoustic simulation; Kramers–Kronig relation; stereo audio coding; Principal Component Analysis (PCA); multi-frame; Pyramid Vector Quantization (PVQ); bowel sound; bowel motility; automatic detection/evaluation; power-normalized cepstral coefficients; noncontact instrumentation; acoustic localization; cross array; moving sound source; discrete sampling; error analysis; open-air theatres; acoustical measurements; prediction models; historical acoustics; Direction of Arrival (DOA); time-frequency (TF) mask; speech sparsity; speech enhancement (SE); acoustic vector sensor (AVS); intelligent service robot; voice generation; multichannel electroglottograph; larynx acoustics; fingerprinting acoustic localization; iterative interpolation; K-Means clustering; Two-stage matching; Adjacent RPs; dynamic tissue property; Westervelt equation; thermal damage zone; submerged floating tunnel (SFT); mooring line; coupled dynamics; hydro-elastic responses; wet natural frequencies; mooring tension; seismic excitation; wave excitation; seaquake; thick annular circular plate; Rayleigh integral; finite element modeling; rectangular and concentric stiffener patches; taper ratio; thickness variation; MRI; Zone Plates; ultrasonic lenses; piano playing; vibrotactile feedback; interaction; musical performance; auditory perception; sensors; actuators; crack growth; acoustic echo; COSMO; p-value; l1-regularized RLS; sparsity; room impulse response; total least squares; regularization factor; fluid-filled polyethylene (PE) pipeline; noise control; acoustic propagation; cutoff phenomenon; UWA communication; channel modelling; OFDM; channel estimation; simulation platform; minimum variance distortionless response; signal self-cancellation; direction estimation; underwater acoustic source; spatial power spectrum; cochlear implant; coding strategy; Fixed-Channel; Channel-Picking; vocoder simulation; normal-hearing; point mass; parabolic thickness variation; landmine detection; lumped parameter model; prodder; resonance frequency; noised-induced hearing loss; powered surgical instruments; ultrasonic aspirator; transcanal endoscopic ear surgery; balanced armature receiver; lumped parameter method; finite element method and Boundary element method; focused transducer; acoustic field; nonuniform radiation distribution; Bessel radiation distribution; spherically curved uniform radiator; rim radiation; Lamb waves; wooden constructions; acoustics; low frequency noise; modelling; ultrasonic guided waves; SAFE; rail defect detection; mode excitation; solid dielectrics; acoustic emission; artificial neural networks; electrical treeing; wavelets; non-destructive testing; high-voltage insulating systems; boundary element method; Helmholtz equation; structural health monitoring; mooring chain; fatigue crack growth; structural integrity; n/a

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Información

Tipo de recurso:

libros

ISBN electrónico

978-3-03928-285-2

País de edición

Suiza