MEK4550 - Autumn 2009

Undervisningsplan

Dato	Undervises av	Sted	Tema	Kommentarer / ressurser
20.05.2006	Knut Vedeld?	B70?	Introduksjon til Finite Element?	Kursinnhold Kapittel 1 inneholder obligatorisk ?ving 1. L?sningsforslag til ?ving 1. Course content Chapter1 contains mandatory assignment 1.?
27.08.2006	Knut Vedeld?	B70?	Fundamentals and example using Direct Stiffness method for bar elements?	Kapittel 2 inneholder ?ving 2. Chapter 2 contains assignment 2. Suggested solution to exercise 2.?
03.09.2009	Knut Vedeld?	B70?	We will solve a typical frame problem using FEM?	Kapittel 3 inneholder ?ving 3. FEMLAB gir en kort innf?ring i bruk av COMSOL Multiphysics. Chapter 3 contains assignment 3. FEMLAB is a short introduction to COMSOL Multiphysics. Suggested solution to exercise 3.?
10.09.2009	Knut Vedeld?	B70?	Continuum mechanics - Strong and weak formulations. Boundary conditions?	Kapittel 4 inneholder ?ving 4 (Chapter 4 contains exercise 4) (Suggested solution to exercise 4.)?
17.09.2009	Knut Vedeld?	B70?	Potential energy on discrete form. Convergence requirements. Membrane elements?	Chapter 5 Contains assignment 5 (which is mandatory assignment 2)?
08.10.2009	Knut Vedeld?	B70?	Summary, repetition and exercises?	We sum up the most important learning points from chapters 2 to 5. We finish the work on chapter 5 also. In exercise class we will go through exercises given from previous lectures, but you will also be given access to more exapmles and exercises from other sources.?
15.10.2009	Knut Vedeld?	B70?	Membrane example. Solid elements and axisymmetric approximations?	(Chapter 6 contains exercise 6.) (Suggested solution to exercise 6.)?
22.10.2009	Knut Vedeld?	B70?	Trusses and beams in a finite element disguise?	Chapter 7 constains exercise 7. Exercise 7.3 is mandatory assignment 3. (Suggested solution to exercise 7.)?
29.10.2009	Knut Vedeld?	B70?	Interpolasjon. Naturlige koordinater. H?yereordens elementer. (Interpolation. Natural coordinates. Higher order elements.) ?	Kapittel 8 inneholder ?ving 8. L?sningsforslag til ?ving 8. Chapter 8 contains exercise 8. (Suggested solution to exercise 8.)?
05.11.2009	Knut Vedeld?	B70?	Geometrisk avbildning og skjeve elementer. Numerisk integrasjon. H?yereordens elementer. (Geometric mapping. Numerical quadrature. Higher order elements.) ?	Kapittel 9 inneholder ?ving 9. ?ving 9 utgj?r obligatorisk ?ving 4 og 5. Chapter 9 contains exercise 9. Exercise 9 is mandatory assignment 4 and 5. (Suggested solution to exercise 9.)?
12.11.2009	Knut Vedeld?	B70?	Assemblering av systemmatriser. Generelle bi-betingelser (randkrav). Statisk kondensering. Superelement/substruktur teknikk. (Assembling system relations. Constraint equations. Static condensation. Superelement techniques.) ?	Kapittel 10 inneholder ?ving 10. L?sningsforslag til ?ving 10. Chapter 10 contains exercise 10. (Suggested solution?
26.11.2009	Knut Vedeld?	B70?	Summary, repetitions and exercises. We go through the most central aspects of the course, and recap on the more challenging issues?	?
10.12.2009	Knut Vedeld?	B70?	We go through selected exam exercises from previously given exams?	Eksamen 1998 L?sning eksamen 1998 eller L1298.pdf Eksamen 1999 L?sning eksamen 1999 eller L1299.pdf Eksamen 2003 L?sning eksamen 2003 Eksamen 2004 med l?sning Eksamen 2005 med l?sning Eksamen 2006 med l?sning Eksamen 2007 med l?sning?

Published Aug. 25, 2009 4:21 PM - Last modified Dec. 1, 2009 1:05 AM