August 4th, 2008
Structural design and residential construction are common tasks for the building contractor. A contractor, architect, structural engineer, or the consumer may take part in the structural design process. Residential construction is a complicated process, and many consumers and professionals turn to a structural analysis software program to assist with the structural design process.
Structural analysis software programs assist the purchaser with a wide variety of building design applications. Beam design, footing design, and column design are all included in quality structural analysis software.
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Why Builders Prefer Structural Analysis Software
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Tags: beams, construction, Engineering Resources, engineering software, stresses, structural analysis
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July 27th, 2008
Structural design software has many features and benefits for builders, contractors, architects, and even the industrious homeowner. Structural design software is a useful tool that saves time and money for anyone involved in building or remodeling structures. If you are considering purchasing structural design software for your business or personal use, this review of the features and benefits of structural design software will help you determine if an investment in structural design software is right for you.
Features of Structural Design Software
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The Features and Benefits of Structural Engineering Software
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Tags: beam design, beams, building, construction, engineering software, flanges, structural analysis
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May 12th, 2008
Designing Earthquake Safe Buildings and Structures
Buildings and structures are susceptible to the ravaging devastation of earthquakes. Great amounts of research have been performed to determine what types of buildings and structures are able to withstand an earthquake and how structural engineers can design earthquake-safe buildings and structures for the future.
Flexibility is Key
One of the most important physical traits of earthquake safe buildings and structures is flexibility. A rigid structure will crumble and collapse during the movement caused by an earthquake. Taller structures are inherently more flexible than two or three story buildings and structures. Shorter buildings and structures require greater amounts of reinforcement to withstand the forces of an earthquake.
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Designing Earthquake Safe Buildings and Structures
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Tags: beams, earthquake proof, masonry, reinforcement, soil types, structural engineers, unreinforced concrete
Posted in General Engineering | 1 Comment »