Structural optimization of a reusable seismic frame active link

Circular design encompasses the use of inventive construction methodologies that possess the capability to be readily dismantled, repurposed, or recycled upon reaching the conclusion of their functional lifespan. This work specifically examines the creation of a reusable design case-study idea for seismic frame design, which is commonly employed in steel-frame constructions in New Zealand. A reusable optimized design for the full seismic frame was proposed in the research. Optimizing the dimensions of welded structures, whether in terms of weight or cost, leads to a decrease in the weight of the steel utilized. The decrease in weight is directly associated with a decrease in environmental impact, as the environmental impact is directly proportional to the mass of the construction. The environmental consequences associated with welding technique are contingent upon the dimensions of the weld, hence exerting an indirect influence on the overall mass of the structure. Given the presence of mass dependence in all three areas, albeit in distinct manners, this work employed a multi-objective function optimization strategy to simultaneously address these areas while also partially evaluating them separately. On this way substantial reductions can be achieved both at structural mass and environmental effects.