Building With Steel Frames
Introduction
In the past two decades, light gauge (cold-formed) steel has rapidly become a frequently-specified construction material for commercial, institutional, and industrial projects - including the recent trend toward using steel as the main load bearing system. Despite the myths that still surround the use of light gauge steel framing, it has come to the forefront as the best and most feasible alternative building material for residential construction.
Steel is a superior construction material. The use of steel framing as the primary structural system in residential construction results in a better structure. A steel framed home is a better home. Steel framing, by virtue of its material characteristics and properties, offers significant advantages to both home builders and consumers. Residential construction represents a very large opportunity for the steel industry and for other industry stakeholders. Home builders and consumers alike are receptive to the use of steel framing and have a general understanding of its benefits.
Despite its advantages and the general receptiveness of the market, and after several years of vigorous private and industry efforts directed at expanding market share, steel framing has achieved a disappointingly small share of the residential framing market. To begin to change this, it is essential that the steel industry gain a thorough understanding of the needs and economic realities of the residential construction industry.
The home building industry became widely aware of steel as a potential alternative in 1993. Steel makers, suppliers, manufacturers and even some builders were quick to rally around this new material. However, the "newness" of steel has a...
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...increase the accessibility and delivery speed. Seminars, designed to broaden a network of those who understand how to design and build with light gauge steel, have been attended by more than 3,000 individuals in the past four years.
Bibliography:
Bibliography
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North American Steel Frame Alliance. World Wide Web, November 2000. (http://www.steelframingalliance.com).
Purdue Centre for the Application of Steel Housing. World Wide Web, November 2000. (http://www.purdue.edu/PurdueUniv/Buildingw/steel)
Light Gauge Steel Engineers Association. World Wide Web, November 2000. (http://www.lgsea.com)
Buildingweb. World Wide Web, November 2000. (http://www.buildingweb.com)
InfrastructureWorld. World Wide Web, November 2000. (http://www.infrastructureworld.com)
While I was looking for an article for the review one of my classmates asked me a question. Can a whole house be built out of metal studs? The technical answer is yes, but in practice no. Don’t get me wrong it could be done and I like working with metal studs. The first obstacle would be availability of materials. Second most custom homebuilder haven’t had a lot of experience with metal studs on a large scale. In addition, this type of framing would have a huge impact on the other systems in the house.
Andrew Carnegie for instance, was astounded by Henry Bessemer's convenient way of altering iron ore into steel by means of incredibly hot air; which triggered Carnegie to consider opening a steel plant in the United States. The steel plants benefits included being able to build skyscrapers, and bridges at a reasonable cost due to his low priced and economical fees. In addition, "Steel meant more jobs, national prestige, and a
Hoerr, J. P. (1988). And the wolf finally came : the decline of the American steel industry. Pittsburgh, PA: University of Pittsburgh Press.
The extraordinary power of the steel industry to shape the life of its communities and the people in them remain...
Walton, Joe.? ?The Bessemer Steel Process.?? Forging a Future:? Pittsburgh and the Question of Progress.? The Steel Industry.? (2000):? n. pag.? Online.? Internet.? 1 Dec. 2000.? Available http://webpub.alleg.edu/employee/m/mmaniate/pittprogress/walton.html.
Well known president and orator, John F. Kennedy, in this speech about U.S. Steel and other steel corporations raising steel prices by 3.5% describes the issues there are with raising prices on goods. Kennedy’s purpose is to raise an objection to the rise in the price of steel and it’s possible unintended consequences. He creates an almost stern and factual tone to convey to the general public the severity of U.S. Steel’s decision.
As the environmental problems become more and more serious these years, especially that intense negative impact that buildings in modern cities bring to the cities, the concept of Green Building is being more and more important considered by local and federal government. According to the U.S. Green Building Council (USGBC), a green building is one that utilizes design and construction practices that significantly reduce or eliminate the negative impact of buildings on the environment and the building's occupants. Besides the more and more advanced building structure and technology, the main goal of green building is to protect the health of the occupants, save energy and reduce pollution to environment. There are many certifications of green buildings to judge whether the building meets the standard of green buildings and what environmental performance level is this building at, to help government regulators, building professionals and consumers to see better how this building can be improved and what is its impact on human beings and environment. Such green building programs include Leadership in Energy and Environmental Design (LEED), Environmental Protection Agency's Energy Star program, National Association of Home Builders (NAHB Green), etc. Among them, LEED is one of the most popular certification programs that give the building credits for its environmental performance. In this essay, I will discuss the costs and benefits of different types of building projects that were certified by LEED.
Works Cited Journal articles: • Lane, Thomas. “Crazy Angles, Soaring Steel.” Building vol. 274 no. 8588 (28) 2009, July 17, pp. 40-46.
Reinforced concrete is stronger than basic concrete. Steel reinforcing bars known as rebar is incorporated in the concrete structure to act together in resisting the force. The steel reinforcing bars absorbs tensile and compression because plain conc...
...n most part if steel were to be used in a Type I structure, it would be to reinforce the concrete because concrete is strong in compressive strength but weak in tensil strength. If there is any exposed steel, it is fire proofed with a fire retardant. Mainly the fire hazards that firefighters have to face in these structures are usually because of human error during the construction of the buildings or when occupants are occupying the building. In a construction sites welding, cutting, plumber’s torches, electrical wiring, and heaters all pose a fire hazard. The other risk of this type of building would be of a collapse of the concrete walls or floors during construction.
Your home is one of the expensive investment that you made. In order to get a high return on investment, you must ensure that it is durably built. The factors that can greatly affect its durability is the materials you use and the workmanship of the custom construction builder you hire.
The framing process is probably the fastest part of building a house. A good framing crew can frame an average size house in just a couple of days. The framing of the house consists of the floor system, walls, and roof system. The framing is th...
Steel: (for all intents and purposes) was invented in 1855 by Henry Bessemer(Mary Bellis). Science the amazing innovation that has changed the world incredible things have been made from the material from bridged cables and cross beams to arresting wires on aircraft carriers that stop monumental force and speed. It is truly an amazing martial, but eventually it snaps, breaks or tears due to the separation of the molecules. Also steel is not the most flexible material there is which may sound good for what it is used for, construction. You wouldn’t want the floor to shift from under but, what about in areas that have a consent threat of earthquakes having a material that is rigid when needed and flexible when needed would be an invaluable asset to construction companies in many countries. Also at $600-$900 per ton(Platts Mcgraw hill financial) it isn’t the most inexpensive material that could be chosen. Chemically is there a better material that could be used in the place of steel that is stronger more flexible and can be produced for a cheaper price than the normal steel that we use today? First, the choice of spider silk seems like a great choice. Mother nature seems to be the greatest designer of all made of different sections of proteins of extremely ridged and at the same time extremely elastic strings of proteins, that when braided together are 5 times stronger than steel and relatively free to produce as long as the spiders are kept healthy. What makes the proteins so strong? They are linked together almost like thousands of Lego’s linked together which by its self does not sound very strong, but just take 3 and pull length wise and try to pull them apart, it's almost impossible. The same concept is used in the spider's silk...
Sustainable concrete materials and sustainable steel reinforcement have been introduced to civil engineers to get closer to the sustainable development. Sustainable buildings constructed with use of these materials have shown an increased service life and the final cost has been reduced due to them.
Sustainable buildings are becoming somewhat of a necessity in the world today. As the demand for green building develops, so does the demand for green building materials. Just as the old techniques and building materials seem to disappear in the assembly of things, they are now making a come back. Green building focuses on the efficiency of major resources like water and energy. As the cost for sustainable materials and products are on the decline, building green seems to be the most cost effective kind of design and construction. Looking specifically at green materials and their impact on the production of structures, it is evident that they are a prime choice for building material. The use of green materials should be promoted because they are better for the environment, more healthful for the consumer, and better for the economy.