The effects of the inclination angle of the incisor on the speech production of the fricative consonant/s/was investigated using an implicit compressible flow solver. The hierarchical …
P Birkholz, S Drechsel - Speech Communication, 2021 - Elsevier
Acoustic models of the vocal tract for articulatory speech synthesis often neglect a range of acoustic effects that are known to exist in the human vocal tract. Here we extended a basic …
A link is established between biomechanical and acoustic 3D models for the numerical simulation of vowel‐vowel utterances. The former rely on the activation and contraction of …
Current articulatory-based three-dimensional source–filter models, which allow the production of vowels and diphtongs, still present very limited expressiveness. Glottal inverse …
A fricative consonant (eg,[s]) is known to be pronounced by a turbulent jet flow inside the oral cavity. In this study, the effects of tongue motion on the aeroacoustic sound generation …
The numerical simulation of fricative sounds in three-dimensional (3D) vocal tracts typically involves hybrid Computational Aeroacoustics (CAA) approaches. Unfortunately, those are …
Although [h] is described as a glottal fricative, it has never been demonstrated whether [h] has its source exclusively at the glottis. In this study, sound source locations and their …
In this work, we address the finite element computation of flow noise in the presence of arbitrarily slowly moving rigid bodies at low Mach numbers, by means of hybrid and direct …
The source-filter model is one of the main techniques applied to speech analysis and synthesis. Recent advances in voice production by means of three-dimensional (3D) source …