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  • ME 210B

    • Numerical Simulation . ME 210B

    Linear multistep methods and Runge-Kutta methods for ordinary differential equations: stability, order and convergence. Stiffness. Differential algebraic equations. numerical solution of boundary value problems.

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    Prerequisites: Consent of instructor.

    4

    Units

    Letter

    Grading

    1, 2, 3

    Passtime

    None

    Level Limit

    Engineering

    College
    Instructors
    MEIBURG E H
    Eckart Meiburg
    3.7
    3 reviews
    Predicted Grading Distribution
    AI predicted, based on past grading trends of the course and instructor, class info, and 127 other factors
    Lecture
    PHELP3505
    M W
    09:00 AM - 10:50 AM
    0 / 6
    Enrollment Trends
    Past Enrollment Trends (2)
    Winter 2025 . Petzold L
    PHELP3505
    M W
    09:00 AM - 10:50 AM
    Winter 2026 . Petzold L Archdeacon C
    PHELP3505
    M W
    09:00 AM - 10:50 AM
    Grading Trends (11)
    See All
    ME 210B Petzold L Winter 2025 Total: 5
    ME 210B Petzold L Winter 2023 Total: 9
    Rate My Professors
    3
    3.7
    ME140A . Meiburg E H 8 Years Ago

    Lectures are pretty useful but also really boring so try to find a way to stay awake. Tests are open note (and open laptop) and very easy. Homework is quick and easy if you like MATLAB, otherwise might be long.

    0 helpful 0 unhelpful
    ME140B . Meiburg E H 16 Years Ago

    Only a five student class so we had no TA for help. Also did not post answers to homework, but homework is only 10% of grade. Midterm was easy. Final was hard and confusing. Can be difficult to study for since you only have your notes to go off of, but they are very thorough. Does grade on a curve.

    0 helpful 0 unhelpful
    ME140A . Meiburg E H 16 Years Ago

    Homework can be fairly long so start early. Lectures are very helpful as is the textbook. Need to clearly understand how the algorithm codes work to do well on tests.

    0 helpful 1 unhelpful
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