Metamaterial Lens for Ku Band

Summary: This model is a metamaterial designed to enhance electromagnetic signals for antennas. It has been simulated, manufactured, and tested as part of my dissertation research.

Description

This model demonstrates a metamaterial structure intended to improve the reception of electromagnetic signals by antennas. The unique design focuses and amplifies incoming signals, enhancing the antenna's performance. This technology is suitable for applications in telecommunications, radar systems, and other areas where improved signal reception is beneficial.

Key Features:

• Improved Signal Reception: The metamaterial design focuses and magnifies incoming electromagnetic signals, enhancing the antenna's effectiveness.
• Research-Based Design: The model has been simulated, manufactured, and tested to validate its performance.
• Versatile Applications: Suitable for various antenna types used in telecommunications, radar, and similar fields.

Research Background: The design is based on my dissertation research and is detailed in a published paper. The research process included:

• Simulations to optimize the metamaterial structure.
• Manufacturing using 3D printing.
• Testing to confirm the simulated results.

Files Included

• STEP File: The design file for the metamaterial, suitable for simulations or manufacturing.
• Research Paper: A publication detailing the theoretical background, simulation, manufacturing, and testing.

Usage Instructions

1. Simulation: Use the STEP file to run simulations and verify the metamaterial's performance with your antenna setup.
2. Manufacturing: Milling PCB. But I 3D printed it too.

Contact

If you have any questions or need further information about the model, simulation details, or applications, please feel free to contact me. I'm happy to assist with any inquiries.