We are experiencing the birth of new engineering structures like slim skyscrapers. Some supertalls have new designations, e.g., "superslim," "needle towers," or "toothpick skyscrapers." Generative AI might likely add even more new forms to the architectural vocabulary.
The engineering challenges for extreme construction projects are enormously complex. As a result, the structural engineering community will increasingly rely on intelligent algorithms. Let's look at leading journals in structural engineering or construction (for example, #IJHRB, International Journal of High-Rise Building). We can read about many machine learning applications for structural integrity monitoring, passive and active system design to mitigate problems related to seismic activity, and shape optimization to reduce the impact of wind forces.
In addition to architectural and structural design, there are challenges in supply chain optimization. For example, managing large construction sites near busy streets is a huge organizational challenge that has to be planned, simulated, and designed in detail.
Legal compliance and ensuring compliance with existing codes might have as much ROI impact as all other areas of the project.
#ai #machinelearning #structuraldesign #structuralengineering #skyscraper #construction #civilengineering #supplychainmanagement #constructiontechnology #constructionmanagement #optimization #architecture #architecturaldesign #supplychain #algorithms #engineering #building #compliance #projectmanagement
https://www.theatlantic.com/magazine/archive/2023/01/supertall-mega-skyscraper-building-nyc/672228/?utm_source=pocket-newtab
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