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Aerospace Engineering
Introduction to Turbulent Flows and their prediction (Web)
Syllabus
Co-ordinated by :
IIT Madras
Available from :
Lec :
1
Modules / Lectures
Module 1:Introduction
Lec 1:Introduction - 1
Lec 2:Introduction - 2
Lec 3:Introduction - 3
Lec 4:Introduction - 4
Lec 5:Introduction - 5
Lec 6:Introduction - 6
Lec 7:Introduction - 7
Lec 8:Introduction - 8
Lec 9:Introduction - 9
Lec 10:References
Lec 11:Exercises
Module 2:Experimental techniques
Lec 12:Experimental techniques - 1
Lec 13:Experimental techniques - 2
Lec 14:Experimental techniques - 3
Lec 15:Experimental techniques - 4
Lec 16:Experimental techniques - 5
Lec 17:Experimental techniques - 6
Lec 18:References
Lec 19:Exercises
Module 3:Equations for turbulent flows
Lec 20:Appendix - C
Lec 21:Equations for turbulent flows -1
Lec 22:Equations for turbulent flows -2
Lec 23:Equations for turbulent flows -3
Lec 24:Equations for turbulent flows -4
Lec 25:References
Lec 26:Exercises
Module 4:Benchmark data and features of basic turbulent flows
Lec 27:Benchmark data - 1
Lec 28:Benchmark data - 2
Lec 29:Benchmark data - 3
Lec 30:Benchmark data - 4
Lec 31:Benchmark data - 5
Lec 32:Benchmark data - 6
Lec 33:Benchmark data - 7
Lec 34:Benchmark data - 8
Lec 35:Benchmark data - 9
Lec 36:Benchmark data - 10
Lec 37:References
Lec 38:Exercises
Module 5:Turbulence modeling
Lec 39:Turbulence modelling - 1
Lec 40:Turbulence modelling - 2
Lec 41:Turbulence modelling - 3
Lec 42:Turbulence modelling - 4
Lec 43:Turbulence modelling - 5
Lec 44:Turbulence modelling - 6
Lec 45:Turbulence modelling - 7
Lec 46:Turbulence modelling - 8
Lec 47:References
Lec 48:Exercises
Module 6:A numerical scheme for predicting thin shear layers and miscellaneous topics
Lec 49:Numerical schemes - 1
Lec 50:Numerical schemes - 2
Lec 51:Numerical schemes - 3
Lec 52:Refernces
Lec 53:Exercises
Lec 54:Appendix - F
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