Theoretical nonlinear physics II: Spatially extended systems and pattern formation
Lecture with tutorials
Course number in the course overview: 118281 (lecture), 118282 (tutorials)
Lecture with tutorials
Course number in the course overview: 118281 (lecture), 118282 (tutorials)
ITP, Wilhelm-Klemm-Straße 9, 48149 Münster, room 315
Tel.: +49 251 83-34939, email: u.thiele(at)uni-muenster.de
In the course of the lectures, the topics
will also be mentioned.
Chapter 2:
Chapters 3–6:
more literature in the lecture
The encrypted files seem only to open with Acrobat programmes.
Nlp2-thiele-ss2017script-appendixa-revisionnlp1.pdf
Nlp2-thiele-ss2017script-intro-patterns.pdf
Nlp2-thiele-ss2017script-chapter1-intro.pdf
Nlp2-thiele-ss2017-onenote-chapter1 20170418-pwd.pdf
Nlp2-thiele-ss2017script-chapter2.2.pdf
Nlp2-thiele-ss2017-onenote-chapter2 20170502.pdf
Nlp2-thiele-ss2017script-chapter2.4.1.pdf
Nlp2-thiele-ss2017-onenote-chapter2 20170509.pdf
Nlp2-thiele-ss2017script-chapter2.pdf
Nlp2-thiele-ss2017-onenote-chapter3 20170516.pdf
Nlp2-thiele-ss2017-onenote-chapter3 20170530.pdf
Nlp2-thiele-ss2017script-chapter3.pdf
Nlp2-thiele-ss2017-onenote-chapter3 20170613.pdf
Nlp2-thiele-ss2017-onenote-chapter4 20170711.pdf
Nlp2-thiele-ss2017script-chapter4.pdf
Nlp2-thiele-ss2017-onenote-chapter5 20170711.pdf
Nlp2-thiele-ss2017script-chapter5biblio.pdf
Additional material for the lecture:
Nlp2ut2017-onsetturinghopf.mw (Maple file for Chap 3.4: Hopf and Turing instabilities and codimension-2 point for 2-field RD-system)
Nlp2ut2017-deriv-rgleq-from-sheq.mw (Maple file for derivation for real Ginzburg-Landau equation (as amplitude equation for modulation of stripe state)
from Swift-Hohenberg equation)
nlp2ut2017-galerkin-derivation-lorenz-model.mw (Derivation of Lorenz model via Galerkin method)
nlp2ut2017-stability-planforms.mw (Stability of stripe and hexagon solutions of amplitude equations)
Nlp2ut2016-rgleq-eckhausinstability.mw (Eckhaus instability of stripe states - eigenvalues and stability borders)
Coordination: Walter Tewes