Some of the things I love. Aerospace engineering, live music and my projects.

Mastering 3D Rotations: Quaternions Explained | Finite Rotation Series (Part 4 of 4)
25:22
Mastering 3D Rotations: Quaternions Explained | Finite Rotation Series (Part 4 of 4)
Mastering 3D Rotations: Rodrigues' Rotation Formula Explained | Finite Rotation Series (Part 3 of 4)
15:17
Mastering 3D Rotations: Rodrigues' Rotation Formula Explained | Finite Rotation Series (Part 3 of 4)
Mastering 3D Rotations: The Direction Cosine Matrix (DCM) | Finite Rotation Series (Part 2 of 4)
10:26
Mastering 3D Rotations: The Direction Cosine Matrix (DCM) | Finite Rotation Series (Part 2 of 4)
Mastering 3D Rotations: Euler Angles Explained | Finite Rotation Series (Part 1 of 4)
36:53
Mastering 3D Rotations: Euler Angles Explained | Finite Rotation Series (Part 1 of 4)
David Gilmour - Comfortably Numb
8:49
David Gilmour - Comfortably Numb
David Gilmour - Time
6:48
David Gilmour - Time
David Gilmour - Wish You Were Here
4:51
David Gilmour - Wish You Were Here
Shortest Path Between Two Points On A Sphere
27:06
Shortest Path Between Two Points On A Sphere
Curve Tracing and Coordinate Extraction Using OpenCV
1:32
Curve Tracing and Coordinate Extraction Using OpenCV
Vibration Of Membranes
21:13
Vibration Of Membranes
Ball On A Cylinder Using The Lagrange Multiplier Method
29:46
Ball On A Cylinder Using The Lagrange Multiplier Method
Timoshenko Beam Theory Part 3 of 3: Equations of Motion
23:09
Timoshenko Beam Theory Part 3 of 3: Equations of Motion
Timoshenko Beam Theory Part 2 of 3: Hamilton's Principle
33:15
Timoshenko Beam Theory Part 2 of 3: Hamilton's Principle
Timoshenko Beam Theory Part 1 of 3: The Basics
24:13
Timoshenko Beam Theory Part 1 of 3: The Basics
Beam With Mixed (Non-Classical) Boundary Conditions
24:50
Beam With Mixed (Non-Classical) Boundary Conditions
Tapered Beam With An Elastic Foundation
18:28
Tapered Beam With An Elastic Foundation
Modal Analysis Using The Normal Mode Method
26:46
Modal Analysis Using The Normal Mode Method
Introduction To The Lagrange Multiplier Method
21:25
Introduction To The Lagrange Multiplier Method
Approximate Solutions - The Galerkin Method
34:57
Approximate Solutions - The Galerkin Method
Approximate Solutions - The Ritz Method
27:07
Approximate Solutions - The Ritz Method
Governing Equations: Weak Forms Versus Strong Forms
16:34
Governing Equations: Weak Forms Versus Strong Forms
The Brachistochrone Problem
20:44
The Brachistochrone Problem
The Hanging Chain (Catenary) Problem
23:07
The Hanging Chain (Catenary) Problem
Shortest Distance Path Between Two Points On A Plane
8:31
Shortest Distance Path Between Two Points On A Plane
Deriving Lagrange's Equations
15:14
Deriving Lagrange's Equations
The Effect of the Axial Load - Foreshortening Work
14:24
The Effect of the Axial Load - Foreshortening Work
Transverse Vibrations of a Beam Using Hamilton's Principle
14:05
Transverse Vibrations of a Beam Using Hamilton's Principle
Kinetic and Strain Energy for Common Structural Members
13:17
Kinetic and Strain Energy for Common Structural Members
Deriving Hamilton's Principle
23:57
Deriving Hamilton's Principle
The Principle of Minimum Potential Energy
17:33
The Principle of Minimum Potential Energy