Telephone numbers
Callers from outside the UK should dial the listed number without the zero in brackets
Callers from within the UK should omit the +44 but include the zero in brackets
Postgraduate Student
Mr A Apostoli, FHEA
adam [dot] apostoli [at] ed [dot] ac [dot] uk
+44 (0)131 650 5257
Rm 4305, JCMB
Adam joined the Acoustics and Fluid Dynamics group as a PhD student in September 2008 having completed a BMus (Hons) in music technology at the University of Edinburgh. Building on musical instrument research previously undertaken in the School of Physics and Astronomy, Adam's doctoral research is focused on the dynamics of the human larynx during phonation. He has presented the findings of his research at numerous international scientific conferences both within the UK and abroad. As well as work on the human voice, Adam has participated in research into brass instrument acoustics undertaken within the acoustics research group over the last three years.
The Influence of the Ventricular Bands and their Impact on the Expansion of the Glottal Jet.
A. G. Apostoli, D. M. Campbell, and C. A. Greated.
In proceedings of Forum Acusticum; Aalborg, Denmark, (2011).
Glottal Jet Behaviour in a Self-Oscillating in vitro Model of the Vocal Folds with Downstream Constrictions.
A. G. Apostoli, D. M. Campbell, and C. A. Greated.
In proceedings of the 20th International Symposium on Music Acoustics; Sydney and Katoomba, Australia, (2010).
Flow Field Measurements in a Self-Oscillating in vitro Model of the Vocal Folds.
A. G. Apostoli, D. M. Campbell, and C. A. Greated.
In proceedings of the 10ème Congrès Français d'Acoustique; Lyon, France (2010).
Reconstructing the Lituus: A Reassessment of Impedance, Harmonicity, and Playability.
A. G. Apostoli, S. M. Logie, A. Myers, J. A. Kemp, J. P. Chick, and A. C. P. Braden.
In proceedings of the NAG-DAGA International Conference on Acoustics; Rotterdam, The Netherlands, pp. 854-857, (2009).
