SEARCH COURSES

Computational Science and Engineering I (MIT)

(50 Lectures Available)


S#LectureCourseInstituteDiscipline
1 Course Introduction Computational Science and Engineering I (MIT) MIT Basic Sciences
2 Lecture 1 Four Special Matrices Computational Science and Engineering I (MIT) MIT Basic Sciences
3 Lecture 2 Differential Eqns and Difference Eqns Computational Science and Engineering I (MIT) MIT Basic Sciences
4 Lecture 3 Solving a Linear System Computational Science and Engineering I (MIT) MIT Basic Sciences
5 Lecture 4 Delta Function Day Computational Science and Engineering I (MIT) MIT Basic Sciences
6 Lecture 5 Eigenvalues (Part 1) Computational Science and Engineering I (MIT) MIT Basic Sciences
7 Lecture 6 Eigen Values (part 2) and Positive Definite (part Computational Science and Engineering I (MIT) MIT Basic Sciences
8 Lecture 7 Positive Definite Day Computational Science and Engineering I (MIT) MIT Basic Sciences
9 Lecture 8 Springs and Masses Computational Science and Engineering I (MIT) MIT Basic Sciences
10 Lecture 9 Oscillation Computational Science and Engineering I (MIT) MIT Basic Sciences
11 Lecture 10 Finite Differences in ‘l”Ime Computational Science and Engineering I (MIT) MIT Basic Sciences
12 Lecture 11 Least Squares (part 2) Computational Science and Engineering I (MIT) MIT Basic Sciences
13 Lecture 12 Graphs and Networks Computational Science and Engineering I (MIT) MIT Basic Sciences
14 Lecture 13 Kirchhoffs Current Law Computational Science and Engineering I (MIT) MIT Basic Sciences
15 Lecture 14 Exam Review Computational Science and Engineering I (MIT) MIT Basic Sciences
16 Lecture 15 Trusses and A”‘(T)CA Computational Science and Engineering I (MIT) MIT Basic Sciences
17 Lecture 16 Trusses (part 2) Computational Science and Engineering I (MIT) MIT Basic Sciences
18 Lecture 17 Finite Elements in 1D (part 1) Computational Science and Engineering I (MIT) MIT Basic Sciences
19 Lecture 18 Finite Elements in 1D (part 2) Computational Science and Engineering I (MIT) MIT Basic Sciences
20 Lecture 19 Quadratic Cubic Elements Computational Science and Engineering I (MIT) MIT Basic Sciences
21 Lecture 20 Element Matrices 4th Order Bending Equations Computational Science and Engineering I (MIT) MIT Basic Sciences
22 Lecture 21 Boundary Conditions, Splines, Gradient, Diverge Computational Science and Engineering I (MIT) MIT Basic Sciences
23 Lecture 22 Gradient and Divergence Computational Science and Engineering I (MIT) MIT Basic Sciences
24 Lecture 23 Laplace’s Equation Computational Science and Engineering I (MIT) MIT Basic Sciences
25 Lecture 24 Laplace’s Equation (part 2) Computational Science and Engineering I (MIT) MIT Basic Sciences

of 2 50 Lectures Available.