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2017Aug31
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Undergrad Syllabus
PDF copy
Calendar Entry
Course Purpose
Instructors
Prerequisites
Course Structure
Grades
Meeting Times
Laboratory Problem Sets
Contents
Grad Syllabus
PDF copy
Course Purpose
Instructors
Prerequisites
Course Structure
Meeting Times
Grades
Laboratory Problem Sets
Set Laboratories
Optional Laboratories
ODE’s and FFT’s
PDE’s
Smattering of ODE’s and PDE’s
Project
Detailed Schedule
Getting started
Learning bash and git
Pulling changes from the github repository
Windows: Combining bash utilities with the Windows cmd shell
Working with python modules
Demonstration code
Background links
Dan’s suggestions
Books and tutorials
Optional texts
Lab/course information
Lab 1: Introduction to Numerical Methods
Lab 2: Stability and accuracy
Lab 3: Linear algebra
Lab 4: Ordinary differential equations I
Miniproject 1: Near surface Arctic temperatures
Lab 5: Daisyworld
Miniproject 2: Rabbits and foxes
Grad course: New third track for optional labs
Lab 6: Lorenz equations
Lab 7: PDES using explicit finite difference
Lab 8: PDE Lab - Solution of the quasi-geostrophic equations using an implicit scheme
Lab 9: FFTs
Lab 10: Advection
Projects
Quizzes
Lab 2
Third derivative
Fourth derivative
Fifth derivative
Hint
Page
Undergrad Syllabus
Grad Syllabus
Detailed Schedule
Getting started
Learning bash and git
Pulling changes from the github repository
Windows: Combining bash utilities with the Windows cmd shell
Working with python modules
Demonstration code
Books and tutorials
Optional texts
Lab/course information
Quizzes
Undergraduate... »
Source
Undergrad Syllabus
Grad Syllabus
Detailed Schedule
Getting started
Learning bash and git
Pulling changes from the github repository
Windows: Combining bash utilities with the Windows cmd shell
Working with python modules
Demonstration code
Books and tutorials
Optional texts
Lab/course information
Quizzes
Numerical Methods
¶
Undergrad Syllabus
PDF copy
Calendar Entry
Course Purpose
Instructors
Prerequisites
Course Structure
Grades
Meeting Times
Laboratory Problem Sets
Contents
Grad Syllabus
PDF copy
Course Purpose
Instructors
Prerequisites
Course Structure
Meeting Times
Grades
Laboratory Problem Sets
Set Laboratories
Optional Laboratories
Project
Detailed Schedule
Getting started
Learning bash and git
Pulling changes from the github repository
Windows: Combining bash utilities with the Windows cmd shell
Working with python modules
Demonstration code
Background links
Dan’s suggestions
Books and tutorials
Optional texts
Lab/course information
Lab 1: Introduction to Numerical Methods
Lab 2: Stability and accuracy
Lab 3: Linear algebra
Lab 4: Ordinary differential equations I
Miniproject 1: Near surface Arctic temperatures
Lab 5: Daisyworld
Miniproject 2: Rabbits and foxes
Grad course: New third track for optional labs
Lab 6: Lorenz equations
Lab 7: PDES using explicit finite difference
Lab 8: PDE Lab - Solution of the quasi-geostrophic equations using an implicit scheme
Lab 10: Advection
Projects
Quizzes
Lab 2