MSE101 Mathematics - Lecture 1&2 Part 5 - Combining Errors

MSE101 Mathematics - Lecture 1 Part 4 - Plotting Data in Graphs

MSE101 Mathematics - Lecture 1 Part 2 - Appropriate Precision

MSE101 Mathematics - Lecture 1 Part 1 - Dimensional Analysis

MSE101 Mathematics - Lecture 1 Part 3 - Precision and Accuracy

MSE101 L8 Fitting a Gaussian

MSE101 L7.2 Non-linear least squares minimisation

MSE101 L7.1 Linear Regression - Diffusion Example

MSE101 L6.1 Linear Regression

MSE101 L6.2 Example Linear Regression

MSE101 Data Analysis - L5.1 Propagation of Errors (Error Equation)

MSE101 Data Analysis - L5.2 Example of the use of the Error Equation

MSE101 Data Analysis - L1.2 Logarithms

MSE101 Data Analysis - L1.1 Introduction

MSE101 Data Analysis - L4.2 Integrating the Gaussian between limits - the erf function

MSE101 Data Analysis - L4.1 Integrating the Gaussian #1

MSE101 Data Analysis - L1.3 Curve Sketching

MSE101 Data Analysis - L3 Taylor and Maclaurin Series

MSE101 Data Analysis - L2.2 Finding Roots using the Newton Raphson Method

MSE101 Data Analysis - L2.1 Finding roots by bisection

307 L8 Mechanics of titanium alloys #2, other Ti alloys

307 L7 Micromechanics of titanium alloys

307 L6 - Formation of Titanium Microstructures

MSE307 L5 Phase Metallurgy of Titanium Alloys

MSE307 L4 The Theory of Alloying

L3 MSE307 The Sioux City Air Accident

L2 MSE307 - melting and forging

L1.2 MSE307 Jet Engines and Lifing

L1.1 MSE307 Engineering Alloys - Introduction

L9a | MSE203 Yield criteria and yield surfaces

L8a | MSE203 - Strain measurement using diffraction

L7a | MSE203 - Anisotropic Elasticity

Q27 | 203b - A last bit of rotating using Mohr's circle

Q15 | MSE203 - A Mohr's circle on a pipe

Q16 | MSE203 - An eigenvalue problem

L6b | MSE203 - Isotropic Elasticity

L6a | MSE203 - Defining Strain in tensor notation

L5a | MSE203 More 3D stresses - 3D inclined plane, tensor rotations, Euler angles, 3 Mohr's circles

L5b | MSE203 Q11-12 - 3D eigenvalues and a Mohr's circle

4a | MSE203 3D Stress Tensors - finding eigenvalues and eigenvectors

4.Q10 | MSE203 Q10 - A biaxial test specimen (Mohr's circle example)

4.Q7 | MSE203 Q7 - A hollow rotating shaft (Mohr's circle example)

3b | MSE203 Q1-4 - a spherical pressure vessel and some Mohr's circles

3a | MSE203 Pressure Vessels (How to find stress in them, using Mohr's circle)

2b | MSE203 - 2D Stress rotations (Mohr's circle)

2a | MSE203 Principal Stresses and Principal Axes

1a | MSE203 - Defining Stress States

1b | MSE203 Rotating Stress Tensors: the Inclined Plane

9.1 | MSE104 Non-equilibrium cooling of steels

8.2 | MSE104 Steels & the Fe-C diagram

8.1| MSE104 Nucleation: TTT diagrams

7.1 | MSE104 - Diffusion, Nucleation and Growth

6.1 | MSE104 - Scheil Equation

5.2 | MSE104 - Gibbs Energy Curves

1.3 | MSE104 - Mechanical Properties

1.2 | MSE104 - What is Peer Instruction?

5.1 | MSE104 - Thermodynamics of Solutions

1.1 | MSE104 - Introduction to Phases

4.1 | MSE104 - Example Problems in Binary Eutectics

4.2 | MSE104 - Thermodynamic Quantities