Jeonglae Kim
This is a YouTube channel of Prof. Jeonglae Kim at Arizona State University. This channel is used to share fluid educational and research materials developed by Prof. Kim and his research group members. I am not asking to subscribe this channel nor click the like button, and there is no need to do so. As long as these materials are useful for your study or work to some extent, I will be very happy.
[MAE 242] Applying the Bernoulli equation for two opposing streams
[MAE 242] Iteration for the friction factor of pipe flow
[MAE 242] Pump selection
[MAE 242] Manometer
[MAE 242] Estimating energy consumption from drag force
[MAE 242] Estimating drag force applied to a triangular fin of a submarine
[MAE 242] Hydrostatics for a 1/4-circular surface
[MAE 242] Greedy cup
[MAE 242] Force applied to the flange of pipe U-section
[MAE 242] Integral on control surface
[MAE 242] Integral form of fluid mass conservation
[MAE 242] Submitting homework to GradeScope
[FLUENT] NACA 0012 #5: Running simulation
[FLUENT] NACA 0012 #4: Simulation setup
[FLUENT] NACA 0012 #3: Grid generation
[FLUENT] NACA 0012 #2: Creating geometry
[FLUENT] NACA 0012 #1: Generating pointwise data on airfoil surface
[MAE 242] Homemade wind tunnel
[MAE 242] Evaluating a reaction force for a water jet
[MAE 242] Applying the Pi theorem for finding Reynolds & Weber numbers
[MAE 242] Finding Pi groups & estimating changes in system behavior
[MAE 242] Inclined plate problem
[MAE 242] Pi groups and dynamic similarity for the drag force applied to a car
[MAE 242] Hydrostatic paradox
[MAE 242] Alec drinks fast
[NGA] Running a NGA simulation in the Sol cluster
[NGA] Input file
[NGA] Installing NGA
[NGA] Installing LEAP & loading modules in the login script