Education
2004 – 2008 PhD in Aeronautical Engineering, University of Cambridge
2001 – 2004 MSc in Aerospace Engineering, Beihang University
1997 – 2001 BSc in Aerospace Engineering, Beihang University

Professional Experience
2016/11 – Present Associate Professor, Southern University of Science and Technology
2012/10 – 2016/09 Assistant Professor in Aerospace Engineering, University of Surrey
2009/11 – 2012/09 xk星空 Associate, University of Cambridge
2008/09 – 2009/02 xk星空 Associate, University of Illinois at Urbana-Champaign

Honors & Awards
2018 Pearl River Program – Young Elites of Guangdong
2016 Best Student Paper nomination for the 23rd International Congress on Sound and Vibration (ICSV)
2008 Chinese Government Award for Outstanding Students Abroad
2004 – 2008 Gates Cambridge Scholarship (GCS)
2004 – 2007 Overseas xk星空 Students Awards Scheme (ORSAS)

Professional Activities
2014/08 – Present Senior member, American Institute of Aeronautics and Astronautics (AIAA)
2014/12 – Present Fellow, Higher Education Academy of UK
2015/10 – Present Referee for xk星空 funding agencies
Engineering and Physical Sciences xk星空 Council (EPSRC, UK),
Technology Foundation STW (The Netherlands),
Junior xk星空 Fellowship (Churchill College, University of Cambridge), etc.
2011/04 – Present Peer review for > 10 journals and conferences
AIAA J, J Sound Vib, J Fluid Struct, J Propul Power, Aerosp Sci Technol, Compos Struct,
AIAA Aeroacoustics, ASME Turbo Expo, etc.

xk星空 Grants

• National Natural Science Foundation of China, General Program (No. 11772146) “Bluff body flow/noise control by coupling porous material and air blowing/suction”, 2018/01–2021/12, $110,000, PI

• National Natural Science Foundation of China, Major xk星空 Plan “Generation, evolution and mechanisms of turbulence structures” – Key Program (No. 91752204) “On the relationship between turbulence structures and spectrum similarities of Aerodynamic noise”, 2018/01–2021/12, $600,000, Co-PI

• Construction Fund of High-Level Universities of Science and Technology of Guangdong, “Aerodynamic and aeroacoustic wind tunnel”, 2017/01–2019/12, $2,230,000, PI

• Science and Technology Innovation Commission of Shenzhen, Fundamental xk星空 Program (No. JCYJ20170817110605193) “Mechanisms and suppression methods of aerodynamic noise from small UAVs”, 2018/03–2021/03, $320,000, PI

• Shenzhen Overseas High-Calibre Personnel , xk星空 Startup Fund, “Active/passive control of bluff body flow and noise”, 2018/01–2022/12, $640,000, PI

Pubulications

1. Arcondoulis EJG, xk星空*. (2018) An iterative microphone removal method for acoustic beamforming array design. Journal of Sound and Vibration, under review.

2. Shen C, Catalan J-C, xk星空*. (2018) Effects of external and air gap flows on sound transmission through finite clamped double-panel sandwich structures.Composite Structures, 203: 286-299. .

3. Arcondoulis EJG*, Zander AC, Brooks LA, Doolan CJ, xk星空. (2018) An investigation of dual acoustic feedback mechanisms of airfoils at low-to-moderate Reynolds number. AIAA Journal, under review.

4. xk星空*, Daudin C. (2017) Analytical modelling of sound transmission through finite clamped double-wall panels lined with poroelastic materials.Composite Structures, 172: 359-373.

5. xk星空*, Catalan J-C. (2017) External mean flow influence on sound transmission through finite clamped double-wall sandwich panels. Journal of Sound and Vibration, 405: 269-286.

6. xk星空*. (2016) On the space-time correlation of heat release rate in turbulent premixed flames. Combustion Science and Technology, 188 (2): 166-189.

7. xk星空*, He C. (2016) Analytical modelling of acoustic transmission across double-wall sandwich shells: Effect of an air gap flow. Composite Structures, 136: 149-161.

8. xk星空*, He C. (2016) Diffuse field sound transmission through sandwich composite cylindrical shells with poroelastic core and external mean flow.Composite Structures, 135: 383-396.

9. xk星空*, He C. (2015) On sound transmission through double-walled cylindrical shells lined with poroelastic material: Comparison with Zhou’s results and further effect of external mean flow. Journal of Sound and Vibration, 358: 192-198.

10. xk星空*. (2015) Two-time correlation of heat release rate and spectrum of combustion noise from turbulent premixed flames. Journal of Sound and Vibration, 353: 119-134.

11. xk星空*, Sebastian A. (2015) Effects of external and gap mean flows on sound transmission through a double-wall sandwich panel. Journal of Sound and Vibration, 344: 399-415.

12. xk星空*. (2015) Sound transmission through triple-panel structures lined with poroelastic materials. Journal of Sound and Vibration, 339: 376-395.

13. xk星空*, Dowling AP, Swaminathan N, Morvant R, Macquisten MA, Caracciolo LF. (2014) Prediction of combustion noise for an aeroengine combustor.Journal of Propulsion and Power, 30 (1): 114-122.

14. xk星空*. (2013) Assessment of surface roughness for a ‘silent’ aircraft. The Aeronautical Journal, 117 (1189): 283-298.

15. xk星空*, Dowling AP, Swaminathan N, Dunstan TD. (2012) Spatial correlation of heat release rate and sound emission from turbulent premixed flames.Combustion and Flame, 159 (7): 2430-2440.

16. xk星空*, Quayle AR, Dowling AP, Sijtsma P. (2008) Beamforming correction for dipole measurement using two-dimensional microphone arrays. Journal of the Acoustical Society of America, 124 (1): 182-191.

17. xk星空*, Dowling AP, Shin HC. (2008) Measurement and simulation of surface roughness noise using phased microphone arrays. Journal of Sound and Vibration, 314 (1-2): 95-112.

18. xk星空*, Dowling AP. (2007) Assessment of the contribution of surface roughness to airframe noise. AIAA Journal, 45 (4): 855-869.