Designing Responsive Kinetic Structures: Analyzing Material and Mechanical Interactions
In recent years, the significance of responsive, kinetic, and dynamic structures, including roofs, façades, shades, and bridges has been steadily increasing. These responsive systems are crucial because they enable the creation of flexible and adaptable environments, catering to various functional and aesthetic needs. The research project aims to delve into the core principles of kinetic structures, particularly focusing on the structural & mechanical aspects that often serve as their backbone. By examining the characteristics of materials, types of joineries, and the various forces acting in different directions, we seek to design structures capable of movement and adaptability. This investigation will encompass an in-depth analysis of how these elements interact and contribute to the overall functionality of kinetic structures. By understanding these dynamics, the research hopes to contribute to the development of innovative design engineering solutions that enhance the performance and versatility of infrastructure. Ultimately, the findings from this research could lead to the creation of more sustainable, efficient, and responsive built environments.
