Geodesic dome

Jun 10, 20151 like2,521 views

This short document promotes creating presentations using Haiku Deck, a tool for making slideshows. It encourages the reader to get started making their own Haiku Deck presentation and sharing it on �ݺ�ߣShare. In a single sentence, it pitches the idea of using Haiku Deck to easily design presentations.

The document discusses geodesic domes. It begins by defining a dome as a curved architectural structure that resembles half a sphere and encloses space using minimal materials. It then defines geodesic domes, which were invented by Buckminster Fuller in the 1950s. Geodesic domes are sphere-like structures composed of interconnected triangles that provide strength using minimal materials. The document discusses the advantages of geodesic domes, including sustainability, energy efficiency due to their shape, strength, cost effectiveness, and ability to withstand weather. It provides examples of uses such as greenhouses and residential homes. In conclusion, the document presents a case study of a geodesic dome greenhouse in Lithuania.

Geodesic DomesMichael Hicks

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Folded plate structureEngr. Md. Al-Mobin Shah Masum

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Folded plate structures are assemblies of flat plates rigidly connected along edges to form a structure without additional beams. They were first used in 1923 for an aircraft hangar. The principle is inspired by folding in nature like leaves and wings. Structural behavior depends on folding pattern and connections. Types include folded plate surfaces, frames, and spatial structures made of materials like concrete, metal, wood, and glass. Applications include roofs, walls, floors, and steel sheet piles. Advantages are light construction and longer spans while disadvantages include complex formwork and labor. Examples are the Air Force Academy Chapel and Yokohama Passenger Terminal. The document recommends using folded plates for portable homeless shelters in Bangladesh.

Space frameIqbal Nurfariq

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Space frames are three-dimensional structures composed of interconnected linear elements that transfer loads through a grid-like network. They are designed without intermediate columns, creating large open interior spaces. Space frames come in various types including two-way and three-way grids, and can be single, double, or triple-layered. They consist of tubular members and specialized connectors, such as tuball nodes, nodus connectors, and triodetic connectors. Space frames are light, economical, stiff structures that allow freedom in building design and easy integration of services. Examples include the San Siro Stadium in Milan and Stansted Airport in London.

FOLDED PLATES TYPES Ar Naveen Naveen

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This document provides information on various types of shell structures and folded plate structures. It discusses thin shell structures and the differences between shell structures and plate structures. It then describes various types of shell structures including barrel vaults, domes, folded plates, and intersection shells. It provides details on the design and analysis of these structures, including their elements, behaviors, and reinforcement.

Tensile Fabric StructuresRichard Luxenburg

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The document discusses tensioned fabric structures, which use fabric materials stretched over frameworks to form exterior shells. Some key advantages of fabric structures include their lightweight and flexible nature, environmental sensitivity, and high strength-to-weight ratio. However, they also have disadvantages like lack of rigidity and potential instability if tension is lost. The document describes different types of fabric structures defined by their support systems, as well as common membrane materials, hardware components, drainage methods, and environmental impacts.

Tensile structuresHarpreet Bhatia

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The document discusses tensile structures, which are buildings that rely on tension in components like cables and fabrics to bear loads. Tensile structures include boundary tensioned membranes, pneumatic structures, and pre-stressed cable nets. They have been used historically in structures like yurts and the Colosseum roof. Tensile structures take saddle, mast-supported, arch-supported, and combination forms. Key components are membranes, bale rings, plates, and specialized hardware. Advantages include long lifecycles, reusability, recyclability, and unique designs, while disadvantages include lack of rigidity and danger if tension is lost.

Shell structures- advanced building constructionShweta Modi

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This document discusses different types of shell structures used in construction. It begins by defining shell structures as thin curved membranes or slabs, usually of reinforced concrete, that function as both structure and covering. It then describes various forms of curvature for shells including surfaces of revolution, translation, and ruled surfaces. It discusses developable and non-developable shells and provides examples of different shell structures like barrel vaults, domes, folded plates, and more. It also covers topics like suitable materials, centering, and construction of reinforced concrete barrel vaults.

Large Event tentshelter-tent

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Gazebo Pagoda Party Tentshelter-tent

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Double Decker Tentshelter-tent

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Custom Designed Tentshelter-tent

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Arch Tent Arcum Marqueeshelter-tent

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Outdoor Party Marquee Tentshelter-tent

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Wedding Marquee Tentshelter-tent

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15m Clear Span Tent Structuresshelter-tent

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Shelter Military Army Tentshelter-tent

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Shelter designs and manufactures high-quality, engineered yet cost effective Army tent for the military, governmental, humanitarian and aid relief sectors. Army tent can be used as accomodation base and storage etc. Military tents are available in a variety of different sizes and level of specification each designed for individual and multi-purpose operational applications safeguarding and securing personnel and supply equipment.