This repository is dedicated to the advancement of seismic resilience through the application of Viscous Wall Dampers (VWDs). The focus of this project has been the meticulous design, simulation, and empirical testing of VWDs to enhance the structural integrity of buildings subjected to seismic forces. VWDs represent a sophisticated approach to energy dissipation, providing a robust defense against the damaging effects of earthquakes. Through rigorous analysis and prototype validation, we have tailored our solutions to meet the specific seismic challenges faced in regions with high seismic risk, such as Istanbul.
- Implementing VWDs can lead to a significant reduction in structural displacements during seismic events.
- Our scaled prototype tests have confirmed the effectiveness of VWDs, aligning closely with our simulation models.
- VWDs present a cost-effective solution to enhancing the earthquake resilience of new and existing buildings.
Earthquake: Data and analyses pertaining to earthquake dynamics and the response of structures.Tracking: Scripts and algorithms developed for tracking the performance of VWDs.Transfer Functions: Calculations and simulations that model the behavior of structures equipped with VWDs.LICENSE: The licensing information for the use of this project's materials.Mech491_FinalReport_GROUP12.docx.pdf: The comprehensive final report detailing the project's findings.
To get started with this project, you can:
- Review the
Mech491_FinalReport_GROUP12.docx.pdffor a detailed explanation of the project. - Explore the
Earthquake,Tracking, andTransfer Functionsdirectories to see the data, analyses, and simulations.
This project is licensed under the MIT License - see the LICENSE file for details.
- Special thanks to all the project team members and advisors for their insights and dedication.
This project was done for MECH 491 course at Koc University. The repo can be used as a reference but should not be used for upcoming projects!