Browsing by Subject "Sustainable architecture"

Now showing 1 - 8 of 8

Circumstantial Architecture
(1988-11-09) Fernau, Richard; Hartman, Laura
Audio files are EID restricted. Individuals without an EID should send an email request to apl-aaa@lib.utexas.edu.
Douglas Cardinal Guest Lecture
(1989-10-23) Cardinal, Douglas
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Elizabeth Danze Habitat studio
(1994) Danze, Elizabeth
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Geothermal systems: system types, applicability and environmental impacts
(2009-11) Morris, Alex; Sheets, Andrea
Geothermal energy is often overlooked during discussions of green and sustainable energy sources. But due recent advances in technology and the rising cost of other energy sources, research now shows that geothermal systems may be one of the most cost-effective and environmentally friendly options. This paper discusses the technology of geothermal energy for heating and cooling buildings, its cost advantages, and its environmental effects (positive and negative). Based on research by Bruce L. Cutright.
Green Archives: Applications of green construction to archival facilities
(The Primary Source, 2008-07-09) Kim, Sarah
This paper covers how to build green, sustainable archival facilities using available green construction methods. This paper was submitted to the Primary Source, published by the Society of Mississippi Archivists.
Human health and the indoor environment : an analysis of building materials and sustainable architecture
(2020-03-26) Esslinger, Grace Elizabeth; Fajkus, Matt; Elkins, Jules R.
In our modern industrial world, humans have migrated from the outdoors to indoor environments. Americans on average spend 93% of their time indoors and indoor air quality is a top threat to human health according to the U.S. Environmental Protection Agency. While energy reduction is often the most well-known aspect of sustainable design, human health is also significant because of our indoor lifestyles. One aspect of sustainable design is the selection of building materials that are safe for both humans and the environment. The lifecycle of a building product is important, but the lifecycle of humans should also be a design priority. This thesis explores the relationship between indoor environmental quality and building materials and aims to address points in architecture that are beneficial for human health and the indoor environment. Since the indoor environment is influenced by a variety of factors, there are many areas for opportunity. While healthy homes do exist, most homes in America are made using materials that may pose risks to human health. This thesis addresses which methods of sustainability are most appropriate to meet the current demands of new construction. As humans continue to spend more time indoors, the importance of materials decision is amplified. Designers and architects have the ability to choose materials that can protect human health indoors
Indoor air quality
(2009-11) Kamholz, Jenna; Montry, Matthew
Recent studies have shown that indoor air pollutant levels are often greater than the outdoor levels. This paper looks at types of pollutants and their causes, and describes various methods for improving indoor air quality.
Life cycle assessment
(2009-11) Powell, Ashleigh; Singer, Brad
Life Cycle Assessment (LCA) represents an emerging methodology aimed at comprehensively evaluating the environmental impacts of products, processes, or services through their life span. In the field of architecture, this covers a project from its conception and creation through its use and maintenance, and finally to deconstruction, restoration of the site, and/or the disposal or recycling of materials. Trends in building and construction during the 20th century led to an approach that glossed over the long-term impact of design decisions; however, concerns over sustainability and the economic and environmental consequences of these decisions have led to a renewed focus on LCA's holistic approach to building design. This paper discusses why Life Cycle Assessment is essential for the creation of "mature" buildings, and explores the concepts, methods and technologies behind LCA.