- Faculty of Mathematical and Physical Sciences
- Teaching department
- Earth Sciences
- Credit value
- Prerequisites for this module are PHAS0002 Maths Methods I, PHAS0009 Maths Methods II or equivalent Maths modules with permission from the module organiser.
Alternative credit options
There are no alternative credit options available for this module.
This module covers the basic principles of numerical and computational methods to solve geophysical problems. It is focused mostly around the use of finite differences to solve differential equations. After an introduction to the concept of numerical solutions to mathematical equations, the course will detail the concept of finite differences (and variations around them) to solve initial value problems and boundary value problems for Ordinary Differential Equations (ODE), and Partial Differential Equations (PDE). After the basics are covered, a series of applications will be presented, covering a range of applied geophysical problems.
By the end of the module students should:
- Understand how to discretsize and compute solutions to simplified differential equations;
- Understand the meaing and accuracy of the numerical solution and benchmarking techniques;
- Have a solid base of computational skills and be able to write their own codes and present their results from scratch using Matlab.
Prerequisites for this module are PHAS0002 Maths Methods I, PHAS0009 Maths Methods II or equivalent Maths modules with permission from the module organiser.
Module deliveries for 2020/21 academic year
Intended teaching term: Term 2 Undergraduate (FHEQ Level 5)
Teaching and assessment
- Mode of study
- Methods of assessment
40% Coursework60% In-class Exam (2 hours)
- Mark scheme
- Numeric Marks
- Number of students on module in previous year
- Module leader
- Dr Nicolas Brantut
- Who to contact for more information
This module description was last updated on 5th March 2020.