Breakthrough research finds hyperspectral imaging can characterize building material strengths

phys.org | 8/31/2018 | Staff
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Professor Debra Laefer from NYU's Center for Urban Science and Progress (CUSP), in collaboration with Professor Aoife Gowen and Zohreh Zahiri from the University College Dublin, recently demonstrated for the first time the ability to use hyperspectral imaging to characterize differing strengths within a single type of construction material. With proper post-processing of the data, hyperspectral imaging can automatically and reliably detect weak from strong hardened concrete and normally fired bricks. All of this is done without any destructive testing or direct contact with the materials. The concrete results were just published in Construction and Building Materials.

This technology will help civil engineers and developers rapidly analyze the integrity of construction materials and assist with the documentation, preservation, and restoration of historical structures, as well as the asset management of our infrastructure.

Studies - Ability - Imaging

"Previous studies have shown the ability to use hyperspectral imaging to correctly distinguish...
(Excerpt) Read more at: phys.org
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