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6 papers analyzed
These studies suggest that proper connection in complex buildings involves optimizing energy efficiency, comfort, safety, and functionality, improving structural efficiency with systems like diagrids and braced tubes, and enhancing seismic performance through effective connections and elastic-plastic bonds.
20 papers analyzed
The design and construction of complex connected buildings involve integrating multiple subsystems and ensuring structural efficiency and seismic performance. This synthesis explores the key factors that contribute to the proper connection and functionality of such buildings, drawing insights from various research papers.
Holistic Design and Integration:
Structural Efficiency:
Seismic Performance:
Elastic-Plastic Bonds:
Experimental Validation:
Properly connected complex buildings require a holistic design approach that integrates various subsystems from the outset. Structural efficiency can be achieved through contemporary structural systems, while seismic performance is enhanced by using dynamic force transfer and elastic-plastic bonds. Experimental validation through shake table tests and finite element models is crucial to ensure compliance with design codes and identify areas for improvement.
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