Все публикации

1:04:07

Aerodynamics (MIT 16.100 2022) Lecture 12: Three dimensional vortices

1:08:09

Aerodynamics (MIT 16.100) 2022 Lecture 9: Potential flow over symmetric airfoils

1:19:59

Aerodynamics (MIT 16.100) 2022 Lecture 8: incompressible potential flow theory

0:54:25

Aerodynamics (MIT 16.100) 2022 Lecture 5: boundary layer and flow regimes

1:03:01

Aerodynamics (MIT 16.100) 2022 Lecture 4: drag decomposition and boundary layer

0:15:19

Aerodynamics (MIT 16.100) 2022 Lecture 2: drag and energy consumption

0:55:04

Aerodynamics (MIT 16.100) 2022 Lecture 1: applications of aerodynamic forces

0:00:34

Blade Line Simulation in Flow360

0:00:05

Blade Line Model in Flow360

0:00:07

Blade Element Theory simulation in Flow360

0:15:10

How to run CFD for your project

0:10:46

Common mistake in Quiz2 fairing stability

0:11:40

Design Project Considerations

0:09:23

Velocity Fields around a Supersonic Airfoil 2

0:08:05

Pressure Fields on a Supersonic Airfoil 1

0:04:58

Pressure Field on a Supersonic Airplane 1

0:00:05

Pressure around a supersonic airplane at Mach 1.4 computed with Flow360

0:01:50

Simulating XV-15 using Flow360

0:06:46

MIT Aerodynamics Physics and mathematics of momentum conservation Part 1

0:07:56

MIT Aerodynamics Physics and mathematics of momentum conservation Part 3

0:07:02

MIT Aerodynamics Physics and mathematics of momentum conservation Part 4

0:20:24

MIT Aerodynamics Momentum conservation example source sink

0:02:05

MIT Aerodynamics Introduction to 2D incompressible inviscid aerodynamics

0:08:15

MIT Aerodynamics The physics and mathematics of mass conservation Part 2