Structure of national stadium bejing
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The document summarizes the National Stadium in Beijing, China, nicknamed the "Bird's Nest". It has the following key details: - It has a 330m long and 220m wide steel frame with a 69m tall lattice roof supported by 24 massive 500-ton precast steel truss columns up to 224m tall. - The 360km of steel was used to construct the outer shell and roof, with the inner shell constructed of concrete. An ETFE membrane was installed between the steel for the roof. - The irregular lattice roof pattern follows geometric rules and is composed of intersecting horizontal and diagonal trusses that crisscross and cantilever to support the 320m by 297
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Beijing national stadium
The Beijing National Stadium, also known as the Bird's Nest, is an innovative stadium built for the 2008 Beijing Olympics that draws inspiration from nature. Its design resembles a bird's nest-like structure of interlocking steel beams that encircle the stadium. The stadium can seat 91,000 spectators and withstand earthquakes up to magnitude 8 due to its flexible steel and concrete structure. The Bird's Nest has become an architectural landmark that demonstrates how biomimicry can be applied to modern building design through its nest-like appearance and use of sustainable materials.
Beijing national stadium -The Bird's nest - Presentation group.pptx
The document summarizes the Beijing National Stadium, also known as the "Bird's Nest". It describes the stadium's location in Beijing, China and its architects, Herzog & de Meuron. The stadium was designed for the 2008 Summer Olympics using a unique braided steel structure to support a flexible design that can withstand earthquakes. It discusses the stadium's sustainable features like geothermal energy systems and a translucent roof that provides natural light while keeping noise contained. In conclusion, the document expresses hope that the stadium's innovative biomimetic design will influence future architecture.
Beijing National Stadium
The Beijing National Stadium, also known as the Bird's Nest, is located in Beijing, China. It has three floors and is 226 feet tall. It was designed by Herzog & De Meuron and engineered by Ove Arup & Partners to withstand earthquakes up to magnitude 8. The stadium's steel lattice exterior and separate concrete interior allow the two structures to move independently during seismic activity without damaging the stadium. The Bird's Nest can seat over 91,000 spectators across its eight individual concrete seating sections.
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Beijing national stadium
The Beijing National Stadium, also known as the Bird's Nest, is an innovative stadium built for the 2008 Beijing Olympics that draws inspiration from nature. Its design resembles a bird's nest-like structure of interlocking steel beams that encircle the stadium. The stadium can seat 91,000 spectators and withstand earthquakes up to magnitude 8 due to its flexible steel and concrete structure. The Bird's Nest has become an architectural landmark that demonstrates how biomimicry can be applied to modern building design through its nest-like appearance and use of sustainable materials.
Beijing national stadium -The Bird's nest - Presentation group.pptx
The document summarizes the Beijing National Stadium, also known as the "Bird's Nest". It describes the stadium's location in Beijing, China and its architects, Herzog & de Meuron. The stadium was designed for the 2008 Summer Olympics using a unique braided steel structure to support a flexible design that can withstand earthquakes. It discusses the stadium's sustainable features like geothermal energy systems and a translucent roof that provides natural light while keeping noise contained. In conclusion, the document expresses hope that the stadium's innovative biomimetic design will influence future architecture.
Beijing National Stadium
The Beijing National Stadium, also known as the Bird's Nest, is located in Beijing, China. It has three floors and is 226 feet tall. It was designed by Herzog & De Meuron and engineered by Ove Arup & Partners to withstand earthquakes up to magnitude 8. The stadium's steel lattice exterior and separate concrete interior allow the two structures to move independently during seismic activity without damaging the stadium. The Bird's Nest can seat over 91,000 spectators across its eight individual concrete seating sections.
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Technology materials of tall buildings highrise
STRUCTURE , TECHNOLOGY & MATERIALS OF TALL BUILDINGS (HIGHRISE) (Hajee Mohammad Danesh Science and Technology University,)
CHALLENGES OF AN ICONIC PEDESTRIAN BRIDGE
Presented at IABSE Conference 2015, Geneva, Switzerland ( 23-25 September 2015)
Authors: Dr. Naveed Anwar, Thaung Htut Aung, Dr. Pramin Norachan
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The document discusses different tube structural systems used in tall buildings. It begins by introducing Fazlur Rahman Khan who first introduced the tube structural system. It then describes different types of tube systems including framed tube, tube-in-tube, bundled tube, and braced tube systems. For each system it provides details on the concept, behavior under loads, advantages and examples of buildings that use each system. The document also provides a table comparing the different tube systems based on material, configuration, efficient height limit, advantages and disadvantages.
structure, technology and materials of highrise buildings
Structural loads on tall buildings include dead loads, live loads, and environmental loads from seismic activity, wind, and temperature changes. Tall buildings must have structural systems to effectively distribute these loads and resist lateral forces. Common structural typologies include interior moment frames, shear walls, outrigger systems, and exterior tube, diagrid, and bundled tube systems which use closely spaced columns and beams to act as a rigid perimeter wall. The structural forms vary based on the building material (concrete or steel) and optimize the building's ability to transfer loads vertically and resist lateral loads like wind and seismic forces.
Load analysis and structural consideration
Load analysis and structural considerationHajee Mohammad Danesh Science & Technology University, Dinajpur
While Designing a High rise Load & Structural Analysis is major factor to consider. Here we analyzed some data and try to describe briefly. We hope that it will help you lot :) Done by Neeti Lamic, Bayezid, Sykot HasanSimilar to Structure of national stadium bejing (20)
High Rise Structures case study - The Gherkin & Shanghai financial center.
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Final presentation by Akramul masum from southeast university bangladesh.
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Rotating tower ( Dynamic Architecture) with Structural design aspect
Rotating tower ( Dynamic Architecture) with Structural design aspect
structure, technology and materials of highrise buildings
structure, technology and materials of highrise buildings
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专业服务请勿犹豫联系我！本公司是留学创业和海归创业者们的桥梁。一次办理终生受用一步到位高效服务。详情请在线咨询办理,欢迎有诚意办理的客户咨询!洽谈。
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2开始安排制作毕业证成绩单电子图；
3毕业证成绩单电子版做好以后发送给您确认；
4毕业证成绩单电子版您确认信息无误之后安排制作成品；
5成品做好拍照或者视频给您确认；
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Structure of national stadium bejing
- 1. NATIONAL STADIUM BEIJING TRUSS STRUCTURE
- 2. Group members: Hiba Amin Fatima Tahseen Kanwal Abid Noshaba Khan Sumble Zafar Wajeeha Khan
- 3. NATIONAL STADIUM BEIJING INTRODUCTION: • Location: Beijing, China • Architect: Herzog & de Meuron Architects AG, Arup Sport and the China Architecture Design & Research Group • Demonstrated system: Rigid Frame • Total site area: 204.278 m • Gross Floor Area:258,000 sq. ft.
- 4. DETAILS OF BUILDING • Exterior structure : 36 KM of unwrapped steel • Combined weight : 45,000 tons • Stadium length : 330 meters • Width : 220 meters • Height: 69 meters • Largest steel truss span : 343m / 375 yds. • Steel roof : 320m long 297m wide
- 5. MATERIALS • OUTER SHELL STEEL FRAME • INNER SHELL CONCRETE • ROOF ETFE MEMBRANE (Ethylene Tetra fluoroethylene Copolymer) BETWEEN STEEL WORK
- 6. STRUCTURE • Bird’s Nest Irregular patterns follows strict geometric rules • There are two independent structures Outer structure Inner structure Steel frame Concrete Truss columns Seating bowl Interlocked element Precast reinforced Support each other Concrete section
- 7. ROOF STRUCTURE • 32 ft. 8 inches deep horizontal trusses that span the roof • The roof truss is composed of top and bottom booms with diagonal struts. • Deep roof trusses follow a diagonal path crisscrossing each other • The roof is supported by cantilever trusses • Lattice trusses
- 8. TRUSS-COLUMNS: • 24 truss-columns of pre-cast steel • 224 ft. 7 inches height • the major load-bearing component of the roof structure • maximum weight of a single column is 500 tons. • The mega column has three main booms–one vertical and two inclined • Tied together by diagonal elements forming a three dimensional truss system.
- 9. Load Distribution Horizontal loads: • The steel structure itself must resists its own load • Plinth type of foundation for evenly distribution of load. • The loads at each intersection are split between the members and transferred downwards.
- 10. Load Distribution Lateral Loads: • The massive steel structure resists the lateral loads in a similar manner as the horizontal ones • Transferred to the ground by the lattice of steel. • Lattice also provides natural ventilation in the building.
- 11. Load Distribution Earthquake loads: • Steel has high modulus of elasticity as compared to the concrete. • Structure is designed to withstand earthquakes rated at 8.0 on Ritcher Scale. Plinth Foundation
- 12. BENEIFETS OF TRUSS COLUMN Structural design • It gives visual effect • It provides comfortable seating & view to all spectators Roof • Provide with cantilever trusses which shading the seating
- 13. THANK YOU