dome engineering - civil engineering

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Page 1 Dome Engineering - Civil Engineering 15/01/2012 12:52:24 AM http://www.structure1.com/html/domes4.htm Project Types: Structural Analysis of Domes, Round and Circular Homes: Geodesic dome, round and circular homes are the strongest, lightest and most efficient means of enclosing space known to man. They handle hurricane winds, extreme snow loads, and are the safest structure in an earthquake. In domes, round, or circular homes, loads are distributed in a three dimensional direction, whereas traditional structures utilize only one or two load directions. Think of how an egg with a very thin skin can resist a relatively high uniform load. The same is true of domes. They can resist a relatively large load with a very small amount of materials. This is why dome and circular homes are very efficient and economical structures. Structural analysis of domes, round and circular homes can be very easy using 3-D analysis such as RISA, STAAD or any other software. In designing domes, round and circular homes, the loads should include: 1. Self load/dead load. 2. Wind load applied to the surface of the dome. For most domes with light weight, wind load usually control over seismic loads. Applying wind load perpendicular to the surface of each element of the dome could be time consuming. We use Meca Wind to calculate the wind load according to the International Building Code, IBC, and then apply the wind load as the element load using RISA software. 3. Seismic forces. 4. Snow or live load. Resisting the Uplift Forces for Domes, Round and Circular Homes. For permanent domes, the connection shown below is used successfully.

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Page 1: Dome Engineering - Civil Engineering

Page 1Dome Engineering - Civil Engineering

15/01/2012 12:52:24 AMhttp://www.structure1.com/html/domes4.htm

Project Types:

Structural Analysis of Domes, Round and Circular Homes:

Geodesic dome, round and circular homes are the strongest, lightest and most efficient means of enclosing space known to man. They handle hurricane winds, extreme snow loads, and are thesafest structure in an earthquake.In domes, round, or circular homes, loads are distributed in a three dimensional direction, whereas traditional structures utilize only one or two load directions.

Think of how an egg with a very thin skin can resist a relatively high uniform load. The same is true of domes. They can resist a relatively large load with a very small amount of materials. Thisis why dome and circular homes are very efficient and economical structures.

Structural analysis of domes, round and circular homes can be very easy using 3-D analysis such as RISA, STAAD or any other software.

In designing domes, round and circular homes, the loads should include:

1. Self load/dead load.

2. Wind load applied to the surface of the dome. For most domes with light weight, wind load usually control over seismic loads. Applying wind load perpendicular to the surface of eachelement of the dome could be time consuming. We use Meca Wind to calculate the wind load according to the International Building Code, IBC, and then apply the wind load as theelement load using RISA software.

3. Seismic forces.

4. Snow or live load.

Resisting the Uplift Forces for Domes, Round and Circular Homes.

For permanent domes, the connection shown below is used successfully.

Page 2: Dome Engineering - Civil Engineering

Page 2Dome Engineering - Civil Engineering

15/01/2012 12:52:24 AMhttp://www.structure1.com/html/domes4.htm

Steel event domes without a permanent foundation were challenging at the beginning. We learned from the people in the field, that the trick is using one of the following methods:

1. Barrel filled with water at every other joint at the bottom of the dome.2. Concrete blocks at every other, or every third joint at the bottom of the dome.3. Pins and stakes driven into the ground.

If interested, give us a call. We design green homes in Arizona, California, Colorado, Connecticut, Florida, Hawaii, Idaho, Illinois, Iowa, Kansas, Louisiana, Missouri,Montana, New Jersey, Nevada, New Mexico, New York, Oregon, Pennsylvania, Utah, Virginia, Washington, and Wyoming.

Sample projects:

Pacific Domes: Jackson County (KF204-399)48’ Dome: (KF205-1188)44’ Dome Analysis: (KF206-1336) 60’ Dome: (MD206-2028)Pacific Dome 2-36’s: (MD206-2044)Multi-Dome Analysis: (KF207-1008) Dome on Raised Wall: (KF207-1023) Japan Event Dome: (KF207-1066)44’Protugal Dome: (KF207-1085) 44’ Florida Dome: (KF207-1088)Israel Dome: (KF207-1251)120’ Event Dome: (KF207-1332)Connecticut Science Center Dome: (KF208-1007)Japan 44’ Dome: (KF208-1022)Japan Dome 90’: (KF208-1041)Japan Dome44’: (KF208-1111)Chicago Dome 120’: (KF208-1251)Nigeria Dome: (KF208-1339)Three 60’ Domes: (KF208-1350)30’ Maltbie Dome: (KF208-1369)90’ Dome: (MD208-2106)44’ Dome: (MD208-2107)40’ Twin Eagles School Circular Building: (KF208-1155)30' Maltbie Dome: Canada (KF208-1369)60’ Dome: Philadelphia Renewable Energy, Inc. U.S. Navy Yard Philadelphia, PA (KF208-1350c)

Related topics:

1. Adobe Homes, Adobe Buildings, Sustainable Homes, Earthen Buildings2. Aluminum Homes, Aluminum Buildings3. Bamboo Homes, Bamboo Buildings4. Cob Homes, Cob Buildings, Sustainable Homes, Earthen Buildings5. Coffee Shops, Prefab Buildings6. Dome Homes, Circular Homes, Dome Buildings, Circular Buildings7. Earthbag Homes, Earthbag Buildings, Sustainable Homes, Earthen Buildings, Circular Homes8. Horse Arena, Horse Barns, Horse Stalls9. Insulated Concrete Forms, ICF homes, ICF Buildings, Non-Combustible Homes10. Log Homes, Log Buildings11. Manufactured Homes, Prefab Homes, Manufactured Buildings12. Modular Homes, Modular Buildings, Factory Built Homes, Prefab Homes13. Panelized Home, Kit Homes, Prefab Homes14. Pole Barns, Pole Shops, Pole Garages, Pole buildings15. Rammed Earth Homes, Rammed Earth Buildings, Sustainable Homes, Earthen Buildings16. Recycled Light Gauge Steel Homes, Light Gauge Steel Buildings and Framing17. Straw Bale Homes, Straw Bale Buildings, strawbale construction18. Shipping Containers Homes, Shipping Containers Buildings19. Structural Insulated Panels SIPs homes, SIPs Buildings20. Tree Houses, tree home21. Yurts, Yurt Homes, Earthbag/Dirtbag Yurts, Circular Homes, Circular Buildings22. Natural Buildings, Natural Plaster, Natural Stucco23. Papercrete, Earthen buildings24. Formwork for concrete structures, false work, temporary shoring, shoring for bridges, false work for bridges. False work and forms for concrete buildings25. Seismic upgrading of buildings, seismic retrofit, International Existing Building Code, IEBC26. Office buildings, Commercial buildings27. Tilt-up concrete buildings28. Foot bridges, Private bridges, Walk bridges29. Churches, Synagogues, Mosques, Masjed, worship buildings, Temple. Congregation buildings

Page 3: Dome Engineering - Civil Engineering

Page 3Dome Engineering - Civil Engineering

15/01/2012 12:52:24 AMhttp://www.structure1.com/html/domes4.htm

29. Churches, Synagogues, Mosques, Masjed, worship buildings, Temple. Congregation buildings30. Green and sustainable homes, Green and sustainable buildings31. Swimming pools32. Remodeling, Alteration addition to homes and buildings33. Storage facilities34. Third party plan review and plan review for the building department

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