06:02
FEA HT Demo 1: Problem Definition
26:01
UD MEEG331 Ch5 4 Ex3 ConvergingNozzle
23:00
UD MEEG331 Ch5 3 Ex2 ObliquePlate
13:57
UD MEEG331 Ch6-2: Example Jet on Vertical Plate
06:38
UD MEEG331 Ch5 1 Intro Linear Momentum Conservation
07:41
MEEG331 Ch4 12: RTT Sprinkler Example
05:53
MEEG331 Ch4 11 RTT example bellows v2
08:53
MEEG331 Ch4 10: RTT example bellows v1
04:35
MEEG331 Ch4: Leibnitz Theorem for 1D, steady mass conservation
17:01
MEEG331 Ch4: Reynolds Transport Theorem pt 1 (Derivation)
07:43
MEEG331- Ch4 - Leibnitz Theorem
02:09
Reynolds Transport Theory: Overview
05:13
MEEG331 Ch4 Bernoullis Example Pitot Tube
07:28
MEEG331 Ch4 Bernoulli's Equation Example: Stag Pressure/Compressibility
01:49
MEEG331 Ch4 6: Mass Flowrate
01:35
MEEG331 Ch4 5: Average Velocity
03:11
MEEG331 Ch4 4: Volumetric Flowrate
10:08
UD MEEG331 Ch4 3: Bernoulli'sTheorem Derivation
05:42
UD MEEG331 Ch4 2: Euler's Equation Derivation
05:27
MEEG331 Ch4 1: Overview Pointwise vs Aggregate Behaviors
04:29
UD MEEG331 Ch3 18: Streamline Ex3 Source Flow
06:10
UD MEEG331 Ch3 17: Streamline Ex 2 Stagnation Flow
09:10
UD MEEG331 Ch3 16: Streamline Ex1 Solid Rotation
01:37
UD MEEG331 Ch3 15: Example Streamwise Acceleration
04:16
UD MEEG331 Ch3 14: Streamwise Acceleration
08:13
UD MEEG331 Ch3 12: Acceleration and Material Derivatives
03:26
UD MEEG331 Ch3 13: Example of Material Derivative
06:31
MEEG331-Ch2-X-Resultant Force Curved Objects corrected
05:40
MEEG331 Ch3 11: Dimensionality Of Flows
01:29
MEEG331 Ch3 10: Streak/Stream/Path line Equivalence
02:01
MEEG331 Ch3 9: Streaklines
02:53
MEEG331 Ch3 8: Pathlines
03:38
MEEG331 Ch3 7: Streamlines
02:41
MEEG331 Ch3 6: Quiver Plot
06:40
MEEG331 Ch3 5: Eulerian Frame
05:02
MEEG331 Ch3 4: More On Turbulence
03:10
MEEG331 Ch3 3: More On Reynolds Number
05:47
MEEG331 Ch3 2: Turbulence And Reynolds Number
03:34
MEEG331 Ch3 1 Laminar Flow
06:03
UD MEEG331 Ch2 18: Stability Of Floating Structures
04:17
UD-MEEG331-Ch2-15a: Archimedes Principle
03:09
UD-MEEG331-Ch2-17: Floating
03:12
UD MEEG331 Ch2 16 Notes On Archimedes Principle
02:50
UD MEEG331 Ch2 12: xcp (fast way)
03:03
UD MEEG331 Ch2 11: ycp, Planar Object
02:25
UD MEEG331 Ch2 10: Resultant Force, Planar Objects
02:37
UD MEEG331 Ch2 9: Resultant Force pt 1 - Setup
03:18
UD-MEEG331-Ch2-7: Pressure Transducers
03:22
UD-MEEG331-Ch2-6: Bourdon Gauges
05:36
UD-MEEG331-Ch2-5: Differential Manometer
01:28
UD-MEEG331-Ch2-4a: Manometer Rule
03:54
UD-MEEG331-Ch2-4-Manometer
04:04
UD-MEEG331-Ch2-3: Barometers
04:40
UD-MEEG331-Ch2-2: rho_g_h
04:32
UD-MEEG331-Ch2-1-PascalsLaw
04:48
UD-MEEG331-Ch1-19: Applications Of Capillary Forces
04:07
UD-MEEG331-Ch1-18: Capillary Height, pt2 w numbers
03:14
UD-MEEG331-Ch1-17: Height Of A Column pt1
06:03
UD-MEEG331-Ch1-16: Capillarity And ContactAngle
03:22
UD-MEEG331-Ch1-15v2: Internal Pressure Due to Surface Tension in Bubbles & Droplets
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