The following videos are in the Adobe Flash format (.swf). I recommend you Right-Click on the link and select "Open Link in New Window" and then in the browser menu, select "View" - "Full Screen" (the videos were recorded at a 1024x768 resolution). Don't forget to turn up your speakers!

Date Lecture # Topic Video Lecture Notes Assignment Solution Notes
Fr, 2009 Jan 09 N/A Pre-Course Welcome Video N/A N/A N/A N/A
Mo, 2009 Jan 12 01 Introduction Video Notes Assn N/A  
We, 2009 Jan 14 02 Reynolds Transport Theorem; Conservation of Mass Video Notes Assn Soln  
Fr, 2009 Jan 16 03 Linear Momentum Equations Video Notes Assn Soln  
We, 2009 Jan 21 04 Conservation of Energy Video Notes Assn Soln  
Fr, 2009 Jan 23 05 2nd Law of Thermodynamics; Eqns of State Video Notes Assn Soln  
Mo, 2009 Jan 26 06 1D Flow Video Notes Assn Soln 11 Feb 09: A numerical error in the solution to comp_38 has been corrected.
We, 2009 Jan 28 07 Speed of Sound; Mach Cone Video Notes Assn Soln 19 Feb 09: The original solution to comp_03 had the signs on the momentum flux terms incorrect. A new, corrected solution has been posted.
Fr, 2009 Jan 30 08 Isentropic Flow; Stagnation Conditions Video Notes Assn Soln  
Mo, 2009 Feb 02 09 Isentropic Flow with Area Change; Choked Flow Video Notes Assn Soln  
We, 2009 Feb 04 10 Isentropic Flow with Area Change Video No New Notes Assn Soln  
Fr, 2009 Feb 06 11 Normal Shock Waves Video Notes Assn Soln  
Mo, 2009 Feb 09 12 Converging-Diverging Nozzles Video Notes Assn Soln  
We, 2009 Feb 11 13 Converging-Diverging Nozzles Video No New Notes Assn Soln  
Fr, 2009 Feb 13 14 Examples Video Notes Assn Soln  
Mo, 2009 Feb 16 15 Examples; Supersonic Wind Tunnels Video Notes Assn Soln  
We, 2009 Feb 18 16 Supersonic Wind Tunnels Video No New Notes No Assn No Soln  
Fr, 2009 Feb 20 17 Supersonic Wind Tunnels Video Notes Assn Soln  
Mo, 2009 Feb 23 18 EXAM 1 SOLN Cover Sheet Formula Sheet    
We, 2009 Feb 25 19 Supersonic Diffusers Video Notes Assn Soln  
Fr, 2009 Feb 27 20 Fanno Flow Video No New Notes Assn Soln  
Mo, 2009 Mar 02 21 Choking in Fanno Flows Video Notes Assn Soln The text on pg. 7 of the notes is incorrect. The duct length should be greater than the sonic length. I also mis-spoke after time ~40 min into the video. I should have been saying L > L*. My course notes have the description correct on pg. 500.
We, 2009 Mar 04 22 Isothermal Flow with Friction Video Notes Assn Soln The numerical value for the mass flow rate in the original solution to iso_fanno_02 was incorrect. The mass flow rate should be 5.97 kg/s, not 5.97e-3 kg/s. A corrected solution has been posted.
Fr, 2009 Mar 06 23 Rayleigh Flow Video Notes Assn Soln  
Mo, 2009 Mar 09 24 Flow with Mass Addition Video Notes Assn Soln  
We, 2009 Mar 11 25 Generalized 1D Flow Video Notes Assn Soln  
Fr, 2009 Mar 13 26 Oblique Shock Waves Video Notes Assn Soln  
Mo, 2009 Mar 23 27 Oblique Shock Waves/Expansion Fans Video Notes Assn Soln  
We, 2009 Mar 25 28 Expansion Fans Video Notes Assn Soln  
Fr, 2009 Mar 27 29 Lecture Cancelled No Video No Notes No Assn No Soln  
Mo, 2009 Mar 30 30 Reflection and Interaction of Oblique Shocks Video Notes Assn Soln In the last lecture example, Ma_{EN} should equal 1.195, not 1.235 (near minute 50:15). The remainder of the oblique shock parameters are ok.

In HMK problem expansionfan_10, ignore the p0 = 50 psia part of the problem and instead only complete the p0 = 300 psia part. For p0 = 50 psia, you'll find that the flow can't be turned by reflected oblique shocks. Instead, a Mach disk (or Mach reflection) is needed to turn the flow.

We, 2009 Apr 01 31 Reflection and Interaction of Expansion Waves Video Notes Assn Soln  
Fr, 2009 Apr 03 32 Reflection and Interaction of Expansion Waves Video No Notes No Assn No Soln  
Mo, 2009 Apr 06 33 EXAM 2 SOLN Cover Sheet Formula Sheet   24 Apr: The solution to the second problem has been revised. The original solution had an error in the angle for the last term in the numerator in Eqns. 9 and 10.
We, 2009 Apr 08 34 Lecture Cancelled No Video No Notes No Assn No Soln  
Fr, 2009 Apr 10 35 Velocity Potential; Bernoulli's eqn; Kelvin's Thm; Crocco's Eqn. Video Notes Assn Soln  
Mo, 2009 Apr 13 36 Small Perturbation Theory Video Notes Assn Soln  
We, 2009 Apr 15 37 Small Perturbation Theory Video Notes Assn Soln On pg. 1 of the solution, the line "Y'' + k^2(1-Ma^2)Y = 0" should instead read "Y'' - k^2(1-Ma^2)Y = 0". The plus sign should be a minus sign.
Fr, 2009 Apr 17 38 Thin Supersonic Airfoils Video Notes Assn Soln  
Mo, 2009 Apr 20 39 Method of Characteristics Video Notes Assn Soln This lecture video was recorded in 2008.
We, 2009 Apr 22 40 Method of Characteristics Video Notes Assn Soln  
Fr, 2009 Apr 24 41 Method of Characteristics Video Notes No Assn No Soln  
Mo, 2009 Apr 27 42 Unsteady, 1D Flows Video Notes Assn Soln  
We, 2009 Apr 29 43 Unsteady, 1D Flows Video Notes Assn Soln The solution to this assignment had an error and was modified on 04 May 2009.
Fr, 2009 May 01 44 Review Video Notes No Assn No Soln At the end of the lecture there was a question concerning the "alpha" terms in the "method of characteristics for 2D, steady flow" section on page 5 of the formula sheet. These "alpha" are the average angles, not the slopes, of the characteristic lines, relative to the reference direction, separating two neighboring regions. Refer to LEC41 near minute 26 for more detail.

On-campus final exam: Tu, 05 May 2009; 8:00-10:00 A.M.; PHYS338

Formula Sheet

Final Exam Solution