Building a Beam Deflection Calculator
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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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Building a Beam Deflection Calculator
Building a Beam Deflection Calculator
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]
Learn more
Buy now
In this Python mini-project, we're going to build a Beam Deflection Calculator using numerical integration.
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]