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Aviation extended the horizon of international touring across Asia and the Pacific in the 1950s and 1960s. Nightclubs in Hong Kong, Manila, Melbourne, Singapore, Sydney, Tokyo, and Taipei presented an international array of touring acts. This book investigates how this happened. It explores the post-war formation of the Asia Pacific region through international touring and the transformation of entertainment during the ‘jet age’ of aviation. Drawing on archival research across the region, Bollen investigates how touring variety forged new relations between artists, audiences, and nations. Mapping tours and tracing networks by connecting fragments, he reveals how versatile artists translated repertoire in circulation as they toured, and how entrepreneurial endeavours harnessed the production of national distinction to government agendas. He argues that touring variety on commercial circuits diversified the repertoire in regional circulation, anticipating the diversity emerging in state-sanctioned multiculturalisms, and driving the government-construction of national theatres for cultural diplomacy. Long before the Asian-intercultural theatre wave of the 1980s, Jonathan Bollen’s deeply researched study shows how touring variety acts and cabaret shows were already remaking the political and cultural economies of the Asia-Pacific. Bollen’s socio-historical analysis explores variety in the Cold War era of popular music, accessible jet travel, live television, and the paradoxical dynamics of racialized containment policies and economic expansionism. Peter Eckersall, The Graduate Center CUNY, USA. Variety theatre, cabaret and dance flourished in the renovated industries of postwar commercial entertainment. From Melbourne to Manila and Tokyo, comics, musicians, and dancers informed popular imaginaries in nightclubs, stage spectaculars, radio, and television. These excitingly mobile cultural energies were also key agents of popular Cold War diplomacy in the region, and Bollen’s ground-breaking study shows how television, the civilian aeroplane, and the cruise liner all became cultural ‘containers’ delivering to the various peoples of the Asia Pacific region the thrills of modern cosmopolitan tourism. Veronica Kelly, FAHA, University of Queensland, Australia. Bollen provides fresh and original insights on issues of migration, exile, and place-making in music, popular entertainment, and performance. Interweaving the intricate narratives of artists from the Asia Pacific region in the 1950s and the 1960s, Bollen also directs us to reflect on how ‘touring variety’ in the mid-twentieth century reverberates in the present. … This is a must-read, not only for theatre and performance scholars, but also for historians, ethnomusicologists, and researchers in the area and cultural studies. Sir Anril Pineda Tiatco, University of the Philippines Diliman, Philippines.

Musical groups. --- Ensembles (Musical performance groups) --- Groups, Musical performance --- Musical performance ensembles --- Musical performance groups --- Theater—History. --- Theater. --- Performing arts. --- Theatre History. --- Global/International Theatre and Performance. --- Performing Arts. --- Show business --- Arts --- Performance art --- Dramatics --- Histrionics --- Professional theater --- Stage --- Theatre --- Performing arts --- Acting --- Actors --- Theater --- Global and International Theatre and Performance. --- Theatre and Performance Arts. --- History.

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A new and wide-ranging collection of essays by leading international scholars, exploring the concept and practices of virtuosity in Franz Liszt and his contemporaries.

Piano --- Virtuosity in musical performance. --- Concert grand (Piano) --- Fortepiano --- Grand piano --- Pianoforte --- Spinet (Piano) --- Spinnet (Piano) --- Upright piano --- Keyboard instruments --- Toy piano --- Musical virtuosity --- Virtuosity (Music) --- Virtuosity in music --- Music --- Performance --- History --- Liszt, Franz, --- Liszt, Franz --- List, Frant︠s︡, --- Liszt, Ferenc, --- Liszt, F. --- Liszt, Franciszek, --- List, Ferent︠s︡, --- Liszt, Francesco, --- Lists, F., --- Liszt, Ferencz, --- Liszt, Francisco, --- Criticism and interpretation. --- Liszt. --- essays. --- experimental. --- genres. --- intellectual history. --- leading scholars. --- music analysis. --- music history. --- musical force. --- performance studies. --- piano aesthetic. --- practices. --- technical feats. --- virtuosity.

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Modelling and simulation in acoustics is currently gaining importance. In fact, with the development and improvement of innovative computational techniques and with the growing need for predictive models, an impressive boost has been observed in several research and application areas, such as noise control, indoor acoustics, and industrial applications. This led us to the proposal of a special issue about “Modelling, Simulation and Data Analysis in Acoustical Problems”, as we believe in the importance of these topics in modern acoustics’ studies. In total, 81 papers were submitted and 33 of them were published, with an acceptance rate of 37.5%. According to the number of papers submitted, it can be affirmed that this is a trending topic in the scientific and academic community and this special issue will try to provide a future reference for the research that will be developed in coming years.

Research & information: general --- 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 --- Kramers-Kronig relation

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• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Modelling and simulation in acoustics is currently gaining importance. In fact, with the development and improvement of innovative computational techniques and with the growing need for predictive models, an impressive boost has been observed in several research and application areas, such as noise control, indoor acoustics, and industrial applications. This led us to the proposal of a special issue about “Modelling, Simulation and Data Analysis in Acoustical Problems”, as we believe in the importance of these topics in modern acoustics’ studies. In total, 81 papers were submitted and 33 of them were published, with an acceptance rate of 37.5%. According to the number of papers submitted, it can be affirmed that this is a trending topic in the scientific and academic community and this special issue will try to provide a future reference for the research that will be developed in coming years.

Research & information: general --- 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