Computational Science and Engineering I

Computational Science and Engineering I

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This course provides a review of linear algebra, including applications to networks, structures, and estimation, Lagrange multipliers. Also covered are: differential equations of equilibrium; Laplace's equation and potential flow; boundary-value problems; minimum principles and calculus of variation…

Prof. Gilbert Strang


    • Jul 15, 2015 LATEST EPISODE
    • infrequent NEW EPISODES
    • 50m AVG DURATION
    • 50 EPISODES


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    Latest episodes from Computational Science and Engineering I

    Recitation 12

    Play Episode Listen Later Jul 15, 2015 51:11


    Recitation 13

    Play Episode Listen Later Jul 15, 2015 50:29


    Recitation 07

    Play Episode Listen Later Jul 15, 2015 53:54


    Recitation 10

    Play Episode Listen Later Jul 15, 2015 45:32


    Recitation 08

    Play Episode Listen Later Jul 15, 2015 48:07


    Recitation 09

    Play Episode Listen Later Jul 15, 2015 51:34


    Recitation 11

    Play Episode Listen Later Jul 15, 2015 54:07


    Recitation 03

    Play Episode Listen Later Jul 15, 2015 56:12


    Recitation 06

    Play Episode Listen Later Jul 15, 2015 54:25


    Recitation 05

    Play Episode Listen Later Jul 15, 2015 54:53


    Recitation 04

    Play Episode Listen Later Jul 15, 2015 56:18


    Recitation 02

    Play Episode Listen Later Jul 15, 2015 51:12


    Lecture 36: Sampling Theorem

    Play Episode Listen Later Jul 15, 2015 40:57


    Recitation 1: Key Ideas of Linear Algebra

    Play Episode Listen Later Jul 15, 2015 49:32


    Lecture 30: Discrete Fourier series

    Play Episode Listen Later Jul 15, 2015 50:12


    Lecture 29: Fourier series (part 2)

    Play Episode Listen Later Jul 15, 2015 48:41


    Lecture 35: Convolution equations: deconvolution; convolution in 2D

    Play Episode Listen Later Jul 15, 2015 51:20


    Lecture 34: Fourier integral transform (part 2)

    Play Episode Listen Later Jul 15, 2015 51:26


    Lecture 33: Filters; Fourier integral transform (part 1)

    Play Episode Listen Later Jul 15, 2015 51:23


    Lecture 32: Convolution (part 2); filtering

    Play Episode Listen Later Jul 15, 2015 52:03


    Lecture 31: Examples of discrete Fourier transform; fast Fourier transform; convolution (part 1)

    Play Episode Listen Later Jul 15, 2015 51:41


    Lecture 28: Fourier series (part 1)

    Play Episode Listen Later Jul 15, 2015 49:23


    Lecture 26: Fast Poisson solver (part 2); finite elements in 2D (part 1)

    Play Episode Listen Later Jul 15, 2015 51:27


    Lecture 25: Fast Poisson solver (part 1)

    Play Episode Listen Later Jul 15, 2015 52:22


    Lecture 27: Finite elements in 2D (part 2)

    Play Episode Listen Later Jul 15, 2015 52:32


    Lecture 24: Laplace's equation (part 2)

    Play Episode Listen Later Jul 15, 2015 54:21


    Lecture 23: Laplace's equation (part 1)

    Play Episode Listen Later Jul 15, 2015 49:52


    Lecture 22: Gradient and divergence (part 2)

    Play Episode Listen Later Jul 15, 2015 51:18


    Lecture 17: Finite elements in 1D (part 1)

    Play Episode Listen Later Jul 15, 2015 54:21


    Lecture 20: Element matrices; 4th order bending equations

    Play Episode Listen Later Jul 15, 2015 50:13


    Lecture 19: Quadratic/cubic elements

    Play Episode Listen Later Jul 15, 2015 52:35


    Lecture 21: Boundary conditions, splines, gradient and divergence (part 1)

    Play Episode Listen Later Jul 15, 2015 53:21


    Lecture 18: Finite elements in 1D (part 2)

    Play Episode Listen Later Jul 15, 2015 51:36


    Lecture 16: Trusses (part 2)

    Play Episode Listen Later Jul 15, 2015 48:40


    Lecture 15: Trusses and A^(T)CA

    Play Episode Listen Later Jul 15, 2015 46:42


    Lecture 09: Oscillation

    Play Episode Listen Later Jul 15, 2015 53:26


    Lecture 13: Kirchhoff's Current Law

    Play Episode Listen Later Jul 15, 2015 54:36


    Lecture 14: Exam Review

    Play Episode Listen Later Jul 15, 2015 52:29


    Lecture 12: Graphs and networks

    Play Episode Listen Later Jul 15, 2015 50:27


    Lecture 11: Least squares (part 2)

    Play Episode Listen Later Jul 15, 2015 53:59


    Lecture 10: Finite differences in time; least squares (part 1)

    Play Episode Listen Later Jul 15, 2015 54:59


    Lecture 08: Springs and masses; the main framework

    Play Episode Listen Later Jul 15, 2015 55:13


    Lecture 07: Positive definite day!

    Play Episode Listen Later Jul 15, 2015 52:56


    Lecture 06: Eigenvalues (part 2); positive definite (part 1)

    Play Episode Listen Later Jul 15, 2015 50:18


    Lecture 05: Eigenvalues (part 1)

    Play Episode Listen Later Jul 15, 2015 56:12


    Lecture 04: Delta function day!

    Play Episode Listen Later Jul 15, 2015 55:38


    Lecture 03: Solving a linear system

    Play Episode Listen Later Jul 15, 2015 54:40


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