| Name: | Leon Simula |
| Degree: | Doctor of Philosophy in Applied Mathematics |
| Email: | alumis73@yahoo.no |
| Contact phone: | +001 3069551686 (temporary) |
| Address: | C/O Seo Yean Ong, 301-107 Cumberland Ave S, Saskatoon SK S7N 2R6, CANADA (temporary). |
This page is meant to add information to my emailed resumes.
Resumes in norwegian or english version, MS-Word documents.
|
Language or software |
Professional experience |
| C++ | When writing the thesis for my graduate degree, I spent most of the time programming and debugging in C++. |
| ANSYS | I wrote a program that reduced the time needed to perform a number of experiments with ANSYS to less than the half, referring to article A for the outputs. |
| Maxima | Software to do symbolic computations and programs. Comparable to MAPLE and MATLAB. Using Maxima saved me for about 2 weeks of manual computations for an article D I wrote in Paris. |
Beside my professional experience, I have hobby experience with Basic, TPascal and C/C++.
Publications:
| Title | Authors | Journal/Year | Download pdf-file |
| On stiffness properties of square honeycombs and other unidirectional composites. | S. A. Berggren, D. Lukkassen, A. Meidell and L. Simula | Composites: Part B, 503-511/2001. | Download article A |
| A new method for numerical solution of checkerboard fields | S. A. Berggren, D. Lukkassen, A. Meidell and L. Simula | J. Appl. Math. 1, 4, 157-173/2001. | Download article B |
| Some methods for calculating stiffness properties of periodic structures | S.A. Berggren, D. Lukkassen, A. Meidell and L. Simula | Applications of Math, No. 2, 97-110/2003. | Download article C |
| On the solution of a four phase high contrast conductivity problem | Leon Simula | Submitted/2004. | Download article D |
Title of Doctoral Thesis : Homogenization Theory for Structures of Honeycomb and Chessboard Types.
Scanned files:
