1. S. Dance, G. van Buuren. Effects of damping on low frequency acoustics of listening rooms using an analytical model. Journal of Sound and Vibration, 332, 6891-6904, 2013
2. L. Gomez-Agustina, S. Dance, B. Shield. The effects of air temperature and humidity on the acoustic design of voice alarm systems on underground stations, Applied Acoustics, 76, 262-273, 2014
3. C. Nestoras, S. Dance, The Interrelation between room acoustic parameters as measured in fitted university classrooms , Journal of Building Acoustics, 20(1), 2013
2. L. Gomez-Agustina, S. Dance, B. Shield. The effects of air temperature and humidity on the acoustic design of voice alarm systems on underground stations, Applied Acoustics, 76, 262-273, 2014
3. C. Nestoras, S. Dance, The Interrelation between room acoustic parameters as measured in fitted university classrooms , Journal of Building Acoustics, 20(1), 2013
4. S.
Dance, P. Wash. MP3 listening levels on London Underground for Music and
Speech, Applied Acoustics, 74, 850-855, 2013
5. S. Dance, Minimal input models for sound level and reverberation time prediction in enclosed spaces, Applied Acoustics, 34(9), 13-17, 2003
6. S. Dance, Minimal input models for sound level prediction in fitted enclosed spaces, Applied Acoustics, 63, 359-372, 2002
7. S. Dance, B. Shield. The modelling of sound fields in enclosed spaces with absorbent room surfaces. Part III- Barriers, Applied Acoustics, 61(4), 385-397, 2000
8. S. Dance, B. Shield. The modelling of sound fields in enclosed spaces with absorbent room surfaces. Part II- Absorbent Panels, Applied Acoustics, 61(4), 373-384, 2000
9. S. Dance, B. Shield. Absorption Coefficients of Common Construction Materials for Use in Computer Modelling of Enclosed Spaces, Journal of Building Acoustics, 7(3),217-224, 2000
10. S. Dance, B. Shield. The modelling of sound fields in enclosed spaces with absorbent room surfaces. Part I- Performance spaces, Applied Acoustics, 58, 1-18, 1999
11. S. Dance, B. Shield. Computer modelling of sound propagation in enclosed spaces with uneven fitting distributions, International Journal of Acoustic and Vibration, 3(2), 51-56, 1998
12. S. Dance. The representation of fittings in the computer prediction of sound propagation in enclosed spaces. Applied Acoustics, 52(1), 71-83, 1997
13. S. Dance, B. Shield. The Complete Image-Source Method for the Prediction of Sound Distribution in Non-Diffuse Enclosed Spaces. Journal of Sound and Vibration, 201(4), 473-489, 1997
14. S. Dance. The development of computer models for the prediction of factory noise, Journal of Building Acoustics, 2(2), 437-452, 1995
15. S. Dance, J. Roberts, B. Shield. Computer prediction of sound distribution in enclosed spaces using an interference pressure model, Applied Acoustics, 44, 53-65, 1995
16. S. Dance, B. Shield, J. Roberts. Computer prediction of insertion loss due to a single barrier in a non- diffuse empty enclosed space, Journal of Building Acoustics, 1(2), 125-136, 1994
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