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Base of 30 St Mary Axe, London, UK The world's first diagrid hyperboloid structure in Polibino, Russia MyZeil, Frankfurt, Germany CCTV Headquarters, Beijing, China. A diagrid (a portmanteau of diagonal grid) is a framework of diagonally intersecting metal, concrete, or wooden beams that is used in the construction of buildings and roofs. [1]
The Shukhov Tower on the Oka River is the world's only diagrid hyperboloid electricity pylon transmission tower. In 2009 one tower was illegally taken down to re-sell the metal. Dorton Arena: 1952 Raleigh, North Carolina United States: Hyperbolic paraboloid saddle roof on arena Maciej Nowicki: Transmitter Building of Europe 1 : 1954 Überherrn ...
The world's first diagrid hyperboloid 37-meter water tower by Vladimir Shukhov, All-Russian Exposition, Nizhny Novgorod, Russia, 1896 The world's first hyperboloid structure in Polibino, 2009. The Shukhov Tower in Polibino, designed in 1896 by Russian engineer and architect Vladimir Shukhov, is the world's first diagrid hyperboloid structure.
The tower has a diagrid structure, and its steel shell experiences minimum wind load (a significant design factor for high-rising buildings). The tower sections are single-cavity hyperboloids of rotation made of straight beams, the ends of which rest against circular foundations.
This type of structure was difficult to build at the time, though construction advances have since made it possible to build much larger diagrid buildings like 30 St Mary Axe. [16] The IBM Building diagrid structure is constructed from 252 prefabricated sections which were hoisted into place and welded together. [2]
Section beam; Self-cleaning floor; Self-framing metal buildings; Shear wall; Shell (structure) Shukhov Rotunda; Sill plate; Skyscraper; Sleeper wall; South Lawn car park; Space frame; Staggered truss system; Steel plate shear wall; Stilts (architecture) Stressed member engine; Subframe
The triangles in the diagrid are prefabricated panels, which were manufactured by the Cives Steel Company in New York and Virginia. [32] [53] Each of the triangles is 52 feet (16 m) tall. [50] The diagonal beams are typically 57 feet (17 m) long by 40 feet (12 m) wide. [28] [30] The columns are bolted, rather than welded, to each other at the ...
Almighty links itself to a solar system's star on the quantum level via an energy beam and breaks it down into usable fuel, warping to another system before the star collapses into a supernova. Nightmare's fortress from Kirby: Right Back at Ya! can be classified as a megastructure because it is the size of a small planet.