reinforced earth - определение. Что такое reinforced earth
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  3. reinforced earth

Что (кто) такое reinforced earth - определение

SOIL CONSTRUCTED WITH ARTIFICIAL REINFORCING
Reinforced earth; Reinforced Earth; Reinforced soil; Soil reinforcement; INTER-LOK System
  • Precast concrete retaining wall
Найдено результатов: 1844
Aluminium-conductor steel-reinforced cable         
  • Sample cross-section of high tension power (pylon) line, showing 1 strand (7 wires) of steel surrounded by 4 concentric layers of aluminium.
TYPE OF OVERHEAD POWER LINE CONDUCTOR
ACSR; Aluminium Conductor Steel Reinforced; Aluminium conductor steel reinforced; Aluminium conductor steel-reinforced cable; Aluminum conductor steel reinforced; Aluminum-conductor steel-reinforced cable; Aluminum conductor steel-reinforced cable
Aluminium conductor steel-reinforced cable (ACSR) is a type of high-capacity, high-strength stranded conductor typically used in overhead power lines. The outer strands are high-purity aluminium, chosen for its good conductivity, low weight, low cost, resistance to corrosion and decent mechanical stress resistance.
https://en.wikipedia.org/wiki/Aluminium-conductor_steel-reinforced_cable
Glass fiber reinforced concrete         
  • Public Library Lope de Vega in Tres Cantos, Madrid]]
TYPE OF FIBER-REINFORCED CONCRETE
Glass Fiber Reinforced Concrete (GFRC); GFRC; Glass Fiber Reinforced Concrete; Glass fibre reinforced concrete; Glassfibre reinforced concrete; Glass fibre-reinforced concrete
Glass fiber reinforced concrete (GFRC) is a type of fiber-reinforced concrete. The product is also known as glassfibre reinforced concrete or GRC in British English.
https://en.wikipedia.org/wiki/Glass_fiber_reinforced_concrete
reinforced concrete         
  • Detailed view of spalling probably caused by a too thin layer of concrete between the steel and the surface, accompanied by corrosion from external exposure.
  • Concrete wall cracking as steel reinforcing corrodes and swells. Rust has a lower density than metal, so it expands as it forms, cracking the decorative cladding off the wall as well as damaging the structural concrete. The breakage of material from a surface is called ''spalling''.
  • The novel shape of the [[Philips Pavilion]] built in [[Brussels]] for [[Expo 58]] was achieved using reinforced concrete
  • A short video of the last beam being placed on a raised road, part of a new road near [[Cardiff Bay]], [[Wales]]
  • first1=Lorraine}}</ref>
  • The [[Paulins Kill Viaduct]], Hainesburg, New Jersey, is 115 feet (35 m) tall and 1,100 feet (335 m) long, and was heralded as the largest reinforced concrete structure in the world when it was completed in 1910 as part of the [[Lackawanna Cut-Off]] rail line project. The [[Lackawanna Railroad]] was a pioneer in the use of reinforced concrete.
  • Rebar for foundations and walls of a sewage pump station.
  • Two intersecting beams integral to parking garage slab that will contain both reinforcing steel and the wiring, junction boxes and other electrical components necessary to install the overhead lighting for the garage level beneath it.
  • Rebars of [[Sagrada Família]]'s roof in construction (2009)
COMPOSITE BUILDING MATERIAL
Armed concrete; Reinforced Concrete; Ferrous-concrete; Ferrous concrete; Ferro-concrete; Ferro-Concrete; Steel reinforced concrete; Ferrocrete; Reinforced cement concrete; Reinforced concretes; Steel-reinforced concrete; Concrete column; RCC building; Reinforced Concrete Cement; Concrete beam; Hardened concrete; Ferroconcrete; Reinforced-concrete; Concrete construction; Concrete Reinforcing Steel Institute; Reinforced concrete structures
Reinforced concrete is concrete that is made with pieces of metal inside it to make it stronger.
N-UNCOUNT
Ferro-concrete         
  • Detailed view of spalling probably caused by a too thin layer of concrete between the steel and the surface, accompanied by corrosion from external exposure.
  • Concrete wall cracking as steel reinforcing corrodes and swells. Rust has a lower density than metal, so it expands as it forms, cracking the decorative cladding off the wall as well as damaging the structural concrete. The breakage of material from a surface is called ''spalling''.
  • The novel shape of the [[Philips Pavilion]] built in [[Brussels]] for [[Expo 58]] was achieved using reinforced concrete
  • A short video of the last beam being placed on a raised road, part of a new road near [[Cardiff Bay]], [[Wales]]
  • first1=Lorraine}}</ref>
  • The [[Paulins Kill Viaduct]], Hainesburg, New Jersey, is 115 feet (35 m) tall and 1,100 feet (335 m) long, and was heralded as the largest reinforced concrete structure in the world when it was completed in 1910 as part of the [[Lackawanna Cut-Off]] rail line project. The [[Lackawanna Railroad]] was a pioneer in the use of reinforced concrete.
  • Rebar for foundations and walls of a sewage pump station.
  • Two intersecting beams integral to parking garage slab that will contain both reinforcing steel and the wiring, junction boxes and other electrical components necessary to install the overhead lighting for the garage level beneath it.
  • Rebars of [[Sagrada Família]]'s roof in construction (2009)
COMPOSITE BUILDING MATERIAL
Armed concrete; Reinforced Concrete; Ferrous-concrete; Ferrous concrete; Ferro-concrete; Ferro-Concrete; Steel reinforced concrete; Ferrocrete; Reinforced cement concrete; Reinforced concretes; Steel-reinforced concrete; Concrete column; RCC building; Reinforced Concrete Cement; Concrete beam; Hardened concrete; Ferroconcrete; Reinforced-concrete; Concrete construction; Concrete Reinforcing Steel Institute; Reinforced concrete structures
·add. ·noun Concrete strengthened by a core or foundation skeleton of iron or steel bars, strips, ·etc. Floors, columns, piles, water pipes, ·etc., have been successfully made of it. Called also armored concrete steel, and reenforced concrete.
reinforced concrete         
  • Detailed view of spalling probably caused by a too thin layer of concrete between the steel and the surface, accompanied by corrosion from external exposure.
  • Concrete wall cracking as steel reinforcing corrodes and swells. Rust has a lower density than metal, so it expands as it forms, cracking the decorative cladding off the wall as well as damaging the structural concrete. The breakage of material from a surface is called ''spalling''.
  • The novel shape of the [[Philips Pavilion]] built in [[Brussels]] for [[Expo 58]] was achieved using reinforced concrete
  • A short video of the last beam being placed on a raised road, part of a new road near [[Cardiff Bay]], [[Wales]]
  • first1=Lorraine}}</ref>
  • The [[Paulins Kill Viaduct]], Hainesburg, New Jersey, is 115 feet (35 m) tall and 1,100 feet (335 m) long, and was heralded as the largest reinforced concrete structure in the world when it was completed in 1910 as part of the [[Lackawanna Cut-Off]] rail line project. The [[Lackawanna Railroad]] was a pioneer in the use of reinforced concrete.
  • Rebar for foundations and walls of a sewage pump station.
  • Two intersecting beams integral to parking garage slab that will contain both reinforcing steel and the wiring, junction boxes and other electrical components necessary to install the overhead lighting for the garage level beneath it.
  • Rebars of [[Sagrada Família]]'s roof in construction (2009)
COMPOSITE BUILDING MATERIAL
Armed concrete; Reinforced Concrete; Ferrous-concrete; Ferrous concrete; Ferro-concrete; Ferro-Concrete; Steel reinforced concrete; Ferrocrete; Reinforced cement concrete; Reinforced concretes; Steel-reinforced concrete; Concrete column; RCC building; Reinforced Concrete Cement; Concrete beam; Hardened concrete; Ferroconcrete; Reinforced-concrete; Concrete construction; Concrete Reinforcing Steel Institute; Reinforced concrete structures
¦ noun concrete in which metal bars or wire are embedded to increase its tensile strength.
Earth–Moon–Earth communication         
  • An array of 8 Yagi antennas for 144 MHz EME at EA6VQ, Balearic Islands, Spain
  • A part of 144 MHz EME antenna array at WA6PY in California, USA
  • A dish antenna for microwave EME work at WA6PY, California, USA
  • A dish antenna for UHF EME at I2FZX, Milan, Italy
  • Amateur Radio antenna array used for Earth–Moon–Earth communication on 144 MHz. Location Kilafors in Middle Sweden.
  • Amateur Radio antenna array used for Earth–Moon–Earth communication on 144 MHz. Location Jäder, Middle Sweden.
  • Amateur Radio antenna array used for Earth–Moon–Earth communication on 144 MHz. Location Staffanstorp, South Sweden.
RADIO COMMUNICATION TECHNIQUE
Earth-Moon-Earth; Earth-moon-earth communications; EME (communications); Earth-Moon-Earth communication; Moonbouncing
Earth–Moon–Earth communication (EME), also known as Moon bounce, is a radio communications technique that relies on the propagation of radio waves from an Earth-based transmitter directed via reflection from the surface of the Moon back to an Earth-based receiver.
https://en.wikipedia.org/wiki/Earth–Moon–Earth_communication
Reinforced concrete         
  • Detailed view of spalling probably caused by a too thin layer of concrete between the steel and the surface, accompanied by corrosion from external exposure.
  • Concrete wall cracking as steel reinforcing corrodes and swells. Rust has a lower density than metal, so it expands as it forms, cracking the decorative cladding off the wall as well as damaging the structural concrete. The breakage of material from a surface is called ''spalling''.
  • The novel shape of the [[Philips Pavilion]] built in [[Brussels]] for [[Expo 58]] was achieved using reinforced concrete
  • A short video of the last beam being placed on a raised road, part of a new road near [[Cardiff Bay]], [[Wales]]
  • first1=Lorraine}}</ref>
  • The [[Paulins Kill Viaduct]], Hainesburg, New Jersey, is 115 feet (35 m) tall and 1,100 feet (335 m) long, and was heralded as the largest reinforced concrete structure in the world when it was completed in 1910 as part of the [[Lackawanna Cut-Off]] rail line project. The [[Lackawanna Railroad]] was a pioneer in the use of reinforced concrete.
  • Rebar for foundations and walls of a sewage pump station.
  • Two intersecting beams integral to parking garage slab that will contain both reinforcing steel and the wiring, junction boxes and other electrical components necessary to install the overhead lighting for the garage level beneath it.
  • Rebars of [[Sagrada Família]]'s roof in construction (2009)
COMPOSITE BUILDING MATERIAL
Armed concrete; Reinforced Concrete; Ferrous-concrete; Ferrous concrete; Ferro-concrete; Ferro-Concrete; Steel reinforced concrete; Ferrocrete; Reinforced cement concrete; Reinforced concretes; Steel-reinforced concrete; Concrete column; RCC building; Reinforced Concrete Cement; Concrete beam; Hardened concrete; Ferroconcrete; Reinforced-concrete; Concrete construction; Concrete Reinforcing Steel Institute; Reinforced concrete structures
Reinforced concrete (RC), also called reinforced cement concrete (RCC) and ferroconcrete, is a composite material in which concrete's relatively low tensile strength and ductility are compensated for by the inclusion of reinforcement having higher tensile strength or ductility. The reinforcement is usually, though not necessarily, steel bars (rebar) and is usually embedded passively in the concrete before the concrete sets.
https://en.wikipedia.org/wiki/Reinforced_concrete
ferroconcrete         
  • Detailed view of spalling probably caused by a too thin layer of concrete between the steel and the surface, accompanied by corrosion from external exposure.
  • Concrete wall cracking as steel reinforcing corrodes and swells. Rust has a lower density than metal, so it expands as it forms, cracking the decorative cladding off the wall as well as damaging the structural concrete. The breakage of material from a surface is called ''spalling''.
  • The novel shape of the [[Philips Pavilion]] built in [[Brussels]] for [[Expo 58]] was achieved using reinforced concrete
  • A short video of the last beam being placed on a raised road, part of a new road near [[Cardiff Bay]], [[Wales]]
  • first1=Lorraine}}</ref>
  • The [[Paulins Kill Viaduct]], Hainesburg, New Jersey, is 115 feet (35 m) tall and 1,100 feet (335 m) long, and was heralded as the largest reinforced concrete structure in the world when it was completed in 1910 as part of the [[Lackawanna Cut-Off]] rail line project. The [[Lackawanna Railroad]] was a pioneer in the use of reinforced concrete.
  • Rebar for foundations and walls of a sewage pump station.
  • Two intersecting beams integral to parking garage slab that will contain both reinforcing steel and the wiring, junction boxes and other electrical components necessary to install the overhead lighting for the garage level beneath it.
  • Rebars of [[Sagrada Família]]'s roof in construction (2009)
COMPOSITE BUILDING MATERIAL
Armed concrete; Reinforced Concrete; Ferrous-concrete; Ferrous concrete; Ferro-concrete; Ferro-Concrete; Steel reinforced concrete; Ferrocrete; Reinforced cement concrete; Reinforced concretes; Steel-reinforced concrete; Concrete column; RCC building; Reinforced Concrete Cement; Concrete beam; Hardened concrete; Ferroconcrete; Reinforced-concrete; Concrete construction; Concrete Reinforcing Steel Institute; Reinforced concrete structures
¦ noun concrete reinforced with steel.
carbon fibre         
  • Dunlop]] "Max-Grip" carbon fiber guitar picks. Sizes 1mm and Jazz III.
  • A carbon-fiber and [[Kevlar]] canoe (Placid Boatworks Rapidfire at the [[Adirondack Canoe Classic]])
  • Tail of a [[radio-controlled helicopter]], made of CFRP
  • livery]]. Composite materials are used extensively throughout the A350.
  • Carbon fiber reinforced polymer
EXTREMELY STRONG AND LIGHT FIBER-REINFORCED POLYMER
Carbon-fiber; Carbon-fibre; Cfrp; Carbon-fibre reinforced plastic; Carbon fibre; Graphite reinforced plastic; Carbon fibre composite; Graphite-reinforced plastic; Carbon fibre reinforced plastic; Carbon-fiber reinforced plastic; Carbon Fibre; Carbon Fiber; Carbon fiber composite; Carbon bicycle; Carbon fibere; Graphite Reinforced Plastic; Carbon Fiber Reinforced Plastic; Carbon fiber reinforced plastic; Carbon grid; Prepreg (PreImpregnate); Carbon graphite; Carbon fiber; Carbon fiber-reinforced polymer; Carbon fibre-reinforced polymer; Carbon-fibre-reinforced polymer; Carbon fiber composites; Carbon fiber reinforced thermoplastic; Carbon fibre–reinforced polymer; Carbon fiber–reinforced polymer; Carbon composite; Graphite epoxy; Graphite-epoxy; Fibercarbon; Carbon-fiber-reinforced plastic; Carbon-fiber-reinforced polymer; Carbon-fiber–reinforced polymer; Carbon fibre reinforced polymer; Carbonfiber; Carbon fibre composites; Graphite–epoxy; Carbon-fibre composite; Carbon fiber reinforced polymer; Carbon-fibre-reinforced polymers
¦ noun a material consisting of thin, strong crystalline filaments of carbon.
Carbon-fiber-reinforced polymers         
  • Dunlop]] "Max-Grip" carbon fiber guitar picks. Sizes 1mm and Jazz III.
  • A carbon-fiber and [[Kevlar]] canoe (Placid Boatworks Rapidfire at the [[Adirondack Canoe Classic]])
  • Tail of a [[radio-controlled helicopter]], made of CFRP
  • livery]]. Composite materials are used extensively throughout the A350.
  • Carbon fiber reinforced polymer
EXTREMELY STRONG AND LIGHT FIBER-REINFORCED POLYMER
Carbon-fiber; Carbon-fibre; Cfrp; Carbon-fibre reinforced plastic; Carbon fibre; Graphite reinforced plastic; Carbon fibre composite; Graphite-reinforced plastic; Carbon fibre reinforced plastic; Carbon-fiber reinforced plastic; Carbon Fibre; Carbon Fiber; Carbon fiber composite; Carbon bicycle; Carbon fibere; Graphite Reinforced Plastic; Carbon Fiber Reinforced Plastic; Carbon fiber reinforced plastic; Carbon grid; Prepreg (PreImpregnate); Carbon graphite; Carbon fiber; Carbon fiber-reinforced polymer; Carbon fibre-reinforced polymer; Carbon-fibre-reinforced polymer; Carbon fiber composites; Carbon fiber reinforced thermoplastic; Carbon fibre–reinforced polymer; Carbon fiber–reinforced polymer; Carbon composite; Graphite epoxy; Graphite-epoxy; Fibercarbon; Carbon-fiber-reinforced plastic; Carbon-fiber-reinforced polymer; Carbon-fiber–reinforced polymer; Carbon fibre reinforced polymer; Carbonfiber; Carbon fibre composites; Graphite–epoxy; Carbon-fibre composite; Carbon fiber reinforced polymer; Carbon-fibre-reinforced polymers
Carbon fiber-reinforced polymers (American English), carbon-fibre-reinforced polymers (Commonwealth English), carbon-fiber-reinforced plastics, carbon-fiber reinforced-thermoplastic (CFRP, CRP, CFRTP), also known as carbon fiber, carbon composite, or just carbon, are extremely strong and light fiber-reinforced plastics that contain carbon fibers. CFRPs can be expensive to produce, but are commonly used wherever high strength-to-weight ratio and stiffness (rigidity) are required, such as aerospace, superstructures of ships, automotive, civil engineering, sports equipment, and an increasing number of consumer and technical applications.
https://en.wikipedia.org/wiki/Carbon-fiber-reinforced_polymers

Википедия

Mechanically stabilized earth

Mechanically stabilized earth (MSE or reinforced soil) is soil constructed with artificial reinforcing. It can be used for retaining walls, bridge abutments, seawalls, and dikes. Although the basic principles of MSE have been used throughout history, MSE was developed in its current form in the 1960s. The reinforcing elements used can vary but include steel and geosynthetics.

MSE is the term usually used in the US to distinguish it from the trade name "Reinforced Earth". Elsewhere "reinforced soil" is the generally accepted term.

https://en.wikipedia.org/wiki/Mechanically stabilized earth
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