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An Architectural Geode
by
Huso, Deborah R
in
Air flow
/ Architectural services
/ Architecture
/ Buildings
/ Canals
/ Carbon
/ Carbon footprint
/ Cement
/ College campuses
/ Concrete
/ Concrete slabs
/ Courtyards
/ Desert environments
/ Design
/ Emissions
/ Energy consumption
/ Engineering firms
/ Fiber reinforced concretes
/ Fly ash
/ Glass fibers
/ Green buildings
/ Microclimate
/ Reinforced concrete
/ Research facilities
/ Stairwells
/ Sustainability
2025
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An Architectural Geode
by
Huso, Deborah R
in
Air flow
/ Architectural services
/ Architecture
/ Buildings
/ Canals
/ Carbon
/ Carbon footprint
/ Cement
/ College campuses
/ Concrete
/ Concrete slabs
/ Courtyards
/ Desert environments
/ Design
/ Emissions
/ Energy consumption
/ Engineering firms
/ Fiber reinforced concretes
/ Fly ash
/ Glass fibers
/ Green buildings
/ Microclimate
/ Reinforced concrete
/ Research facilities
/ Stairwells
/ Sustainability
2025
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Do you wish to request the book?
An Architectural Geode
by
Huso, Deborah R
in
Air flow
/ Architectural services
/ Architecture
/ Buildings
/ Canals
/ Carbon
/ Carbon footprint
/ Cement
/ College campuses
/ Concrete
/ Concrete slabs
/ Courtyards
/ Desert environments
/ Design
/ Emissions
/ Energy consumption
/ Engineering firms
/ Fiber reinforced concretes
/ Fly ash
/ Glass fibers
/ Green buildings
/ Microclimate
/ Reinforced concrete
/ Research facilities
/ Stairwells
/ Sustainability
2025
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Journal Article
An Architectural Geode
2025
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Overview
Huso discusses Arizona State University's construction of the Rob and Melani Walton Center for Planetary Health, a flagship sustainable research facility in Tempe, AZ. Designed to reflect the harsh desert environment and ASU's goal of carbon neutrality by 2035, the building integrates passive cooling strategies, advanced materials, and site-responsive architecture. Key innovations include glass fiber-reinforced concrete panels modeled after the self-shading saguaro cactus, and voided concrete slabs that reduce material use and structural load. The open-air courtyard, inspired by desert slot canyons, supports airflow and natural cooling, while native plants and a restored canal enhance the microclimate. Fly ash replaced 40% of cement in the concrete mix, further reducing carbon emissions. The design eliminated enclosed stairwells to reduce energy consumption, contributing to a 50% drop in energy use intensity. Completed in 2021, the $156 million project earned LEED-NC Platinum certification and exemplifies holistic, climate-responsive design.
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