1. Building a Beam Deflection Calculator

    • Buy now
    • Learn more
    • Support and Lecture Q&A (Please read!)
    • Jupyter Notebook - Beam Deflection Calculator [STARTER FILE]
    • 1. Project overview and demo
    • 2. Beam deflection using numerical integration
    • 3. Solving for beam rotations and deflections
    • 4. How to find the correct initial beam rotation
    • 5. How to minimise the deflection error
    • 6. Dealing with overhang cantilever deflections
    • 7. Plotting the beam deflected shape
    • 8. Validating our beam deflections with Macauley’s Method
    • Jupyter Notebook - Beam Deflection Calculator [FINAL FILE]
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Section

  1. Building a Beam Deflection Calculator

    • Buy now
    • Learn more
    • Support and Lecture Q&A (Please read!)
    • Jupyter Notebook - Beam Deflection Calculator [STARTER FILE]
    • 1. Project overview and demo
    • 2. Beam deflection using numerical integration
    • 3. Solving for beam rotations and deflections
    • 4. How to find the correct initial beam rotation
    • 5. How to minimise the deflection error
    • 6. Dealing with overhang cantilever deflections
    • 7. Plotting the beam deflected shape
    • 8. Validating our beam deflections with Macauley’s Method
    • Jupyter Notebook - Beam Deflection Calculator [FINAL FILE]

11 Lessons
    • Support and Lecture Q&A (Please read!)
    • Jupyter Notebook - Beam Deflection Calculator [STARTER FILE]
    • 1. Project overview and demo
    • 2. Beam deflection using numerical integration
    • 3. Solving for beam rotations and deflections
    • 4. How to find the correct initial beam rotation
    • 5. How to minimise the deflection error
    • 6. Dealing with overhang cantilever deflections
    • 7. Plotting the beam deflected shape
    • 8. Validating our beam deflections with Macauley’s Method
    • Jupyter Notebook - Beam Deflection Calculator [FINAL FILE]