FACULTY OF SCIENCE / MATHEMATICS / MAT4043 - NUMERICAL SOLUTIONS OF DIFFERENTIAL EQUATIONS

Contents Of The Courses in a weekly Period

Hafta 
Subjects 
Sources 
1Some reminders for ordinary differential equations and examples[5] p. 1-46
2Initial and boundary value problems for ordinary differential equations[2] p. 343-345
3Picard Method[6] S. 432-436
4Single step methods, Taylor series method, Euler methods[2] p. 345-349, [4] S. 223-227
5Corrected Euler method, Runge-Kutta methods, [2] p. 349-352, [4] S. 227-231
6High degree Runge-Kutta methods[2] p. 352-356
7Step to the half, Multi step methods,[2] P. 356-358
8Step to the half, Multi step methods,[2] P. 356-358
9Adams, Milne and Adams-Moulton methods[2] p. 358-362, [4] S. 238-241
10Stiff differential equations[2] p. 366-368
11Boundary value problem, Shothing method[2] p. 368-370
12Finite difference method[2] p. 370-380
13Numerical soluton of the high degree equations[3] p. 244-250, [4] S. 316-324
14Numerical solutions of systems of equations[3] p. 250-258, [4] S. 231-234