Milwaukee, having recently unveiled the globe’s tallest wooden skyscraper, is now setting its sights on an even more ambitious project that could exceed its current height. This past month, Wisconsin’s largest city revealed intentions for a yet-to-be-named development boasting up to 55 stories primarily constructed from engineered timber. Should plans proceed smoothly, this new skyscraper could reach close to 600 feet, significantly outpacing Milwaukee’s present titleholder, the 25-story Ascent tower which was finished in 2022.
Spanning an impressive 1.2 million square feet, this project forms part of the ongoing renovations at Marcus Performing Arts Center and is being supervised by Michael Green Architecture (MGA), experts in contemporary timber construction techniques. The development will unfold in multiple phases and has the potential to incorporate up to 750 residential units along with around 190,000 square feet designated for office use and approximately 40,000 square feet set aside for retail establishments. Additionally, plans include accommodations for about 300 hotel rooms along with providing structured parking spaces numbering around 1,100 while featuring public pathways and gathering areas.
When discussing timber skyscrapers, one might imagine fragile constructions prone to catching fire at the slightest touch of flame—but these buildings utilize advanced materials far beyond simple wooden beams. Mass timber—alternately referred to as engineered wood or manufactured board—consists of multilayered wood elements glued together into a singular robust form. While many are familiar with plywood and composite panels as common mass timber products, MGA plans to employ stronger alternatives such as glulam and cross-laminated timber (CLT), which are specifically engineered for superior performance against stressors like moisture and structural loads.
The growing preference for mass timber stems from its cost-effectiveness juxtaposed with traditional materials like concrete and steel that have substantial environmental footprints due to their production processes. Interestingly enough,
mass timbers can also showcase enhanced fire resistance compared to modern building materials due largely their natural charring capabilities.
](< https :// www.popsci.com/technology/Oklahoma-plans-to-have-the-country-s-tallest-skyscraper)<>/strong>Edit In Oklahoma Plans TO construct THE Country’S TALLEST Skysмер”>Despite these advancements IN MASS Timber Structures’, architects face restrictions concerning how high they can build without introducing additional materials into their designs. In recent years,” standards established by THE International Building Code (IBC) limited exclusively mass TIMBER Projects TO Eighteen STORIES DEEP.ANOTHER CHALLENGER IN THIS SPACE IS Norway’S Mjøstårnet—the world’s tallest entirely Wood-based structure—towering AT ONLY280 FEET.IN A report published BY “
A post highlighting Milwaukee’s ambition toward constructing Yet another towering feat within design originated right HERE[PopularScience]
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