Advanced Turbulent Combustion Physics and Applications

1. Introduction N. Swaminathan, X.-S. Bai, G. Brethouwer and N. E. L. Haugen; 2. Turbulent flame structure and dynamics – combustion regimes: 2.1 Historical and physical perspective of turbulent combustion V. Sabelnikov, A. Lipatnikov, X.-S. Bai and N. Swaminathan; 2.2 Direct numerical simulation perspective H. Im, J. H. Chen and A. Aspden; 2.3 Experimental perspective and challenges B. Zhou, J. H. Frank, B. Coriton, Z. Li, M. Alden and X.-S. Bai; 3. Premixed combustion modelling C. Dopazo, N. Swaminathan, L. Cifuentes and X.-S. Bai; 4. Non-premixed and partially premixed combustion modelling C. Fureby and X.-S. Bai; 5. Chemical kinetics E. J. K. Nilsson, C. Fureby and A. Aspden; 6. MILD combustion Y. Minamoto, N. A. K. Doan and N. Swaminathan; 7. Supersonic combustion A. Mura and V. Sabelnikov; 8. Liquid fuel combustion Z. Bouali, A. Mura and J. Reveillon; 9. Solid fuel combustion N. E. L. Haugen, K. Umeki, M. Liberman, I. Rogachevskii and F. Picano; 10. Challenges in practical combustion: 10.1 Stationary gas turbine combustion challenges D. Lorstad; 10.2 Aero-engine combustor design methods: approach and challenges M. Zedda; 10.3 Internal combustion engines D. Norling and X.-S. Bai; 11. Closing remarks X.-S. Bai, N. E. L. Haugen, C. Fureby, G. Brethouwer and N. Swaminathan.