General Topics
- I asked Feynman what Tensor is...he broke my brain! - FloatHeadPhysics (2025)
- What is a TENSOR? (Really this time!) - More in Depth (2024)
- 500 Years of Mathematics: Are We Living In A New Golden Age? (2019)
- Can Maths Predict The Future? (2018)
- Calculus: One of the Most Successful Technologies (2012)
- How Did Human Beings Acquire the Ability to do Math? (2012)
- Addictive Number Theory-LMS Popular Lecture Series 2013 (2013)
- Beutiful Equations (2012)
- The Illusion of Certainty: Risk, Probability, and Chance (2015)
- Hilbert's Dream - LMS Popular Lecture Series 2012 (2014)
- An Introduction to Graph Theory (2010)
- Introduction to Group Theory (2009)
- Math class needs a makeover (2010)
- Mathematics gives you Wings by Margot Gerritsen (2010)
- Margot Gerritsen on "Linear Algebra - the incredible beauty of math" by Margot Gerritsen(2013)
- Jump In, the Water is Lovely! by Margot Gerritsen(2012)
- Finite element method - Gilbert Strang (2013)
- A Video On The Finite Element Method. (2012)
- Symmetry Chance & Determinism - LMS Popular Lecture Series 2011 (2011)
- Teaching Kids Math with Computer (2010)
- What is Tensor ? (2011)
- Beyond Computation: The P vs NP Problem (2011)
- Game Theory 101: The Prisoner's Dilemma (2012)
- Game Theory 101: What Is a Nash Equilibrium? (Stoplight Game) (2012)
- The Evolution of Time (Director's Cut) (2014)
- Intro to Finite Elements. Lecture 1 (2012)
- FEA. Rod Element. Lecture 2, Part A. (2012)
- FEA. Rod Element. Lecture 2, Part B (2012)
- Constant Strain Triangle. Lecture 3, Part A. (2012)
- Mod-01 Lec-01 Introduction to Finite Element Method (2014)
- Mathematical Physics 01 - Carl Bender (2012)
- Topology & Geometry - LECTURE 01 Part 01/02 - by Dr Tadashi Tokieda (2014)
- Topology & Geometry - LECTURE 02 Part 01/03 - by Dr Tadashi Tokieda (2014)
- LMS Popular Lecture Series 2008, Toy models, Dr Tadashi Tokieda (2008)
Courses
Linear Algebra by Gilbert Strang (2020)
- Into: A New Way to Start Linear Algebra
- Part 1: The Column Space of a Matrix
- Part 2: The Big Picture of Linear Algebra
- Part 3: Orthogonal Vectors
- Part 4: Eigenvalues and Eigenvectors
- Part 5: Singular Values and Singular Vectors
Iterative Solution to Ax = b by Margot Gerritsen(2018)
- Stationary Iterative Methods for Solving Systems of Equations margot gerritsen
- Iterative Methods JOLT Intro
- Iterative Methods JOLT Supplement 1 1
- Iterative Methods JOLT Core 1 2
- Iterative Methods JOLT Core 1 3
- Iterative Methods JOLT Core 1 4
- Iterative Methods JOLT Supplement 1 2
Physics - Adv. Mechanics: Lagrangian Mech by Michel van Biezen
- What is Lagrangian Mechanics?
- Why Does the Lagrangian Equation Work?
- The Partial Derivative W.R.T. Position
- Free Fall: Example
- Simple Harmonic Motion: Example
- Simple Harmonic Motion: Method 1
- Simple Harmonic Motion: Method 2
- Example: The Atwood Machine
- Example: The Atwood Machine (with Mass)
- Example: The Atwood Machine
- Example: The Compound Atwood Machine (1 of 3)
- Example: The Compound Atwood Machine (2 of 3)
- Example: The Compound Atwood Machine (3 of 3)
- Pendulum w/ Oscillating Fulcrum (Part 1 of 2)
- Pendulum w/ Oscillating Fulcrum (Part 2 of 2)
- Example: Rolling Disk Attached to Spring
Finite Element Analysis (2016)
- ENGR 570 Lecture 01: Introduction & Matrix Algebra Review
- ENGR 570 Lecture 02: Overview of Matrix Stiffness Analysis
- ENGR 570 Lecture 03: Bar Analysis Using Microsoft Excel
- ENGR 570 Lecture 04: Trusses & Coordinate Transformation
- ENGR 570 Lecture 05: Truss Analysis Using Microsoft Excel
- ENGR 570 Lecture 06: Beam Elements
- ENGR 570 Lecture 07: Frame Elements & Principle of Virtual Work
- ENGR 570 Lecture 08: Shape Functions
- ENGR 570 Lecture 09: F.E. Derivation of Bar Elements
- ENGR 570 Lecture 10: F.E. Derivation of a Beam Element
- ENGR 570 Lecture 11: Derivation [cont'd] & Numerical Integration
- ENGR 570 Lecture 12: Gaussian Quadrature
- ENGR 570 Lecture 13: Isoparametric Formulations
- ENGR 570 Lecture 14: Isoparametric Element Example
- ENGR 570 Lecture 15: Eigenvalue Problems
- ENGR 570 Lecture 16: Stress Analysis & Vibrations
- ENGR 570 Lecture 17: Vibration Analysis with Example
- ENGR 570 Lecture 18: Stability Analysis with Example
- ENGR 570 Lecture 19: FEMAP, Part 1
- ENGR 570 Lecture 20: FEMAP, Part 2
- ENGR 570 Lecture 21: FEMAP, Part 3
- ENGR 570 Lecture 21: FEMAP, Part 4
Finite Element Method (2013)
Vibration Analysis
- Non-Mathematical Overview of Experimental Modal Analysis (2015)
- Introduction to Experimental Modal Parameter Identification and AMI (2013)
- Convolution Demo (2015)
- Lecture 1/Part 1, Experimental Vibration Analysis (2015)
- Lecture 1/Part 2, Experimental Vibration Analysis (2015)
- Lecture 2, Experimental Vibration Analysis (2015)
- Lecture 3/Part 1, Experimental Vibration Analysis (2015)
- Lecture 3/Part 2 Experimental Vibration Analysis (2015)
- Lecture 3/Part 3 Experimental Vibration Analysis (2015)
- Lecture 8a/Part 1, Experimental Vibration Analysis (2015)
- Lecture 8b/Part 2, Experimental Vibration Analysis (2015)
- Lecture 9, Experimental Vibration Analysis (2015)
- Lecture 10 : Experimental Vibration Analysis (2015)
- Lecture 11, Experimental Vibration Analysis (2015)
- Lecture 12, Experimental Vibration Analysis (2015)
- Introduction to modal analysis | Part 1 | What is a mode shape? (2018)
- Defining Points and Coordinates | Introduction to Modal Analysis | Part 2 (2018)
- Roving Hammer Method | Introduction to Modal Analysis | Part 3 (2018)
- Roving Accelerometer Method | Introduction to modal analysis | Part4 (2018)
- Different hammer tips | Introduction to modal analysis | Part 5 (2018)
Wavelets
- Mathematics of Signal Processing - Gilbert Strang (2014)
- Time Frequency Analysis & Wavelets (2018)
- Introduction to Wavelet Theory and it's Applications(2020)
- Ingrid Daubechies: Wavelet bases: roots, surprises and applications (2020)