### MA4H7 Atmospheric Dynamics 2016/17

Support classes Term 2 of 2016/17 take place in B1.12 of the Mathematics Department. Handouts from the support classes are listed below. Note that the notes from Fluid Dynamics modules below may also be useful. Lecture notes and revision problems will be posted on the module resources page.

Atmospheric Dynamics Handout 1 - Basic Fluids

Atmospheric Dynamics Handout 2 - Rotation and Waves

Atmospheric Dyanmics Handout 3 - Rossby Waves and Gradient Winds

Atmospheric Dynamics Handout 4 - Waves in Boussinesq Equations

Atmospheric Dynamics Handout 5 - Anelastic and Quasi-Geostrophic Equations

Atmospheric Dynamics Handout 6 - Ekman Layers

Atmospheric Dynamics Handout 7 - Thermal Wind

Atmospheric Dynamics Handout 8 - Baroclinic Instability

### ES441 Advanced Fluid Dynamics 2015/16

Handouts and copies of my class notes for the 2015 module. Lecture notes and revision problems are on the ES441 resources page. The MA3D1 Fluid Dynamics notes below also contain useful material.

#### Handouts

Advanced Fluids Handout 1 - Basics

Advanced Fluids Handout 2 - Lift

Advanced Fluids Handout 3 - Turbulence

#### Class Notes

Advanced Fluids Support 1 Notes - Basics

Advanced Fluids Support 2 Notes - More Basics

Advanced Fluids Support 3 Notes - Turbulence Similarity Solutions: Jet

Advanced Fluids Support 4 Notes - Turbulence Similarity Solutions: Mixing Layer

Advanced Fluids Support 5 Notes - Turbulence Similarity Solutions: Axisymmetric Wake and Flying Wing

Advanced Fluids Support 6 Notes - Lift (See Handout 2)

Advanced Fluids Support 7 Notes - Aerofoils

Advanced Fluids Support 8 Notes - Turbulence (See Handout 3)

Advanced Fluids Support 9 Notes - 2D Turbulence

### MA3D1 Fluid Dynamics 2015.

Below are the handouts for the 2015 classes, these are based on the notes from 2014 therefore may contain some material not covered in the 2015 course but still may be useful. Problems taken from "Fluid Dynamics via Examples and Solutions" by Sergey Nazarenko.

Fluids Handout 2 - Conservations Laws and Circulation

Fluids Handout 4 - More 2D Flows

Fluids Handout 5 - Shear Flows and Blunt Bodies

Fluids Handout 6 - Inertial Waves and Boundary Layers

Fluids Handout 7 - Internal Waves and Rayleigh-Taylor Instability

Fluids Handout 9 - Compressible Flows

### MA3D1 Fluid Dynamics 2014.

These are the Fluid Dynamics module support notes for 2014.

Fluids Support 1 - Streamlines

Fluids Support 3 - Boundary Layers

Fluids Support 4 - Compressible Navier-Stokes and Waves

Fluids Support 5 - Buoyancy Induced Waves

Fluids Support 6 - Rotation and Instability

Fluids Support 7 - Geophysical Flows