This repository contains a Jupyter notebook (ceramic.ipynb) that focuses on the numerical analysis of ceramic materials. The notebook is designed for educational purposes, specifically within the field of Materials Engineering, and includes a variety of calculations and visualizations related to the properties of ceramic composites.
This notebook provides a detailed analysis of the tensile strength properties of ceramic materials, including fiber and matrix components. It also includes signal analysis and visualization techniques.
The notebook is hosted and can be run on Google Colab: Open in Colab.
To run this notebook locally, you'll need to install the following dependencies:
pip install numpy matplotlib
Additionally, the notebook may require specific fonts for proper rendering of plots:git clone https://github.com/yourusername/ceramic-material-analysis.git
cd ceramic-material-analysisjupyter notebook ceramic.ipynbExecute the cells in the notebook sequentially to perform the analysis. The notebook covers:
- Setting input parameters for fiber and matrix tensile strengths.
- Configuring initial conditions for concentration analysis.
- Generating and visualizing signal data over time.
-
- Input parameters such as fiber tensile strength, matrix tensile strength, and fiber volume fraction.
- Visualization of the stress-strain behavior of the composite material.
-
- Generation and plotting of random signal data over time.
- Graphical representation of signal amplitude versus time.
-
- Customization of plot fonts and display settings for better visualization.
Contributions are welcome! If you have any ideas or improvements, please feel free to fork the repository and submit a pull request.
This project is licensed under the MIT License. See the LICENSE file for more details.