Wolfram Demonstration Projects
Interactive explorations of vibration, filtering, sensing, and feedback control.
Overview
These Wolfram Demonstrations are interactive companions to my research on vibration control, boundary sensing, numerical filtering, and smart structures. Each presents a dynamic model that visitors can explore by changing material, initial-condition, damping, or feedback parameters.
Demonstrations
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Aydin, Ahmet Kaan, Matthew Poynter, and Ahmet Özkan Özer. 2022. Vibration Suppression on a Hinged Three-Layer Sandwich Beam. Wolfram Demonstrations Project. Part of Observability-Preserving Discretizations.
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Aydin, Ahmet Kaan, Matthew Poynter, and Ahmet Özkan Özer. 2022. Feedback Sensor Design for a Cantilevered Three-Layer Sandwich Beam. Wolfram Demonstrations Project. Part of Observability-Preserving Discretizations.
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Poynter, Matthew, Logan Stewart, Ahmet Kaan Aydin, and Ahmet Özkan Özer. 2022. Boundary-Feedback Control of Vibrations on a String with and without Filtering. Wolfram Demonstrations Project. Part of Observability-Preserving Discretizations.
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Walterman, Jacob, Ahmet Kaan Aydin, Samuel Leveridge, and Ahmet Özkan Özer. 2023. Dynamics of a Longitudinal Piezoelectric Beam. Wolfram Demonstrations Project. Part of Piezoelectric Beam Stabilization.
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Walterman, Jacob, Ahmet Kaan Aydin, Matthew Poynter, and Ahmet Özkan Özer. 2024. Stabilization of the Wave Equation by Direct Fourier Filtering. Wolfram Demonstrations Project. Part of Observability-Preserving Discretizations.
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Walterman, Jacob, Ahmet Kaan Aydin, and Ahmet Özkan Özer. 2024. Stabilization of a Smart Beam with a Tip Mass. Wolfram Demonstrations Project. Part of Piezoelectric Beam Stabilization.
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Walterman, Jacob, Ahmet Kaan Aydin, and Ahmet Özkan Özer. 2024. Rapid Stabilization of Heat and Structure Interactions with Boundary Feedback Controllers. Wolfram Demonstrations Project. Part of Piezoelectric Beam Stabilization.