Please use this identifier to cite or link to this item: http://hdl.handle.net/10125/51259

Tall Building Delirium: The Second Life of the Metlife Building

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Item Summary

Title:Tall Building Delirium: The Second Life of the Metlife Building
Authors:Park, Natalie
Keywords:Tall Buildings
Renovations
Adaptive Re-use
Re-development
Conversion
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Public Space
Ecological Design
Environment
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Date Issued:May 2016
Publisher:[Honolulu] : [University of Hawaii at Manoa], [May 2016]
Abstract:For over one hundred thirty years our cities have been serving as urban testing grounds for tall building experiments. Tall Buildings have been the basis for massive urban agglomerations, living far beyond their anticipated lifespan, leaving cities with experimental relics, successful or unsuccessful. As our global cities embrace for growth, tall buildings continue to be used as catalysts for new urban developments, technologies, and economies. The evidential urban fabric lives through a causal existence. Using a triangulation approach to analytical case stud- ies of tall buildings and research compilations, successes found through failures are documented, making the missteps of the past clearer while exposing the solu- tions that can correct the undoings of the past. Tall buildings of the past pose the potential to remain relevant, contributing members of the urban fabric. Design revelations are demonstrated on the MetLife Building (formally known as the Pan Am Building), an existing tall building in New York City, giving the a second life based on critical theory. The design revelations include aspects of passive strate- gies, ecological interventions, urban cognizance, energy efficiencies, public space rehabilitation, physiological improvements, and climatic responsiveness. Re-de- veloping and adapting existing tall buildings allows cities to react to current and future challenges with existing infrastructure becoming a sustainable platform for renewal. Existing tall buildings prove to be resilient urban experiments capable of evolutionary transformation.
Description:D.Arch. University of Hawaii at Manoa 2016.
Includes bibliographical references.
URI:http://hdl.handle.net/10125/51259
Appears in Collections: D.ARCH. - Architecture


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