View allAll Photos Tagged compositing
A Flint 1 Solidor composite door in RAL7016 anthracite grey to match the windows with chrome hardware. Installed in Ashbourne, Derbyshire. For a free quotation call us on 01158 660066, visit www.thenottinghamwindowcompany.co.uk or pop into our West Bridgford showroom. #RAL7016 #Anthracite #Grey #Solidor #Composite #FrontDoor #Ashbourne #Derby #Nottingham
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CTG design and manufacture bespoke and standard transmission shafts. They transfer torque and power from hydraulics or electronics to power functions. Developed specifically for the rigours of aircraft, we have a patented composite to metal interface which allows the reliable transfer of torque according to the system specification.
We use a wide variety of end terminations and provide a large proportion of these products for use in primary and secondary aircraft actuation systems. These interfaces, through continual improvement, have crossed over into the rail and motorsport industries.
DoITPoMS, University of Cambridge
Carbon-carbon composites are manufactured from continuous carbon fibres which are woven in a two or three dimensional pattern. The fibres are then impregnated with a polymeric resin. After the component has been shaped and cured the matrix is pyrolysed by heating in an inert atmosphere. This converts the matrix to carbon chain molecules which are densified by further heat treatments. The resulting composite consists of the original carbon fibres in a carbon matrix. Carbon-carbon composites have low density, high strength and high modulus. These properties are retained to temperatures above 2000ºC. Creep resistance and toughness are also high, and the high thermal conductivity and low thermal expansion coefficient provide thermal shock resistance. The woven structure of this composite can be seen in the low magnification micrograph. At high magnification, the fibres can be resolved. The fibres are continuous, but appear to be discontinuous as they are not parallel to the section plane of the sample.
System
CCcomposite
Composition
Not specified
Reaction
Processing
Woven, continuous carbon fibres, impregnated with a polymeric resin. Composite is then shaped, cured, and matrix is pyrolised by heat in an inert atmosphere
Applications
Typical applications include braking materials in aircraft and high performance cars, ablative shields for aerospace vehicles such as the nose cap and wing leading edges of the Space Shuttle orbiter and hot-pressing moulds. A SiC coating is used to protect the composite from high temperature oxidation.
Sample preparation
Technique
Reflected light microscopy
Contributor
Dr J Marrow
Organisation
Department of Materials Science, University of Manchester and UMIST
Some lovely before and after photos courtesy of our customer, what a difference adding a bit of colour to your windows can make! For a free quotation call us on 01158 660066, visit www.thenottinghamwindowcompany.co.uk or pop into our West Bridgford showroom #Standout #Modern #Different #Bespoke
The Tenby Solid Solidor composite door in black with chrome hardware and stain glass detailing on the flagged side panels to match the windows. Installed in Hucknall, Nottingham. For a free quotation call us on 01158 66006 visit www.thenottighamwindowcompany.co.uk or pop into our West Bridgford showroom. #Solidor #Composite #FrontDoor #Ideas #Nottingham #Hucknall
View from the top behind the stone circle. This is the reason I took my camera and should have taken my tripod! Always better bigger and even better in reality. Maybe one day eh... but until then it goes on the pile with the others... ho hum!
UPDATE: Not being one to brag... but I dropped a tweet to Emily Eavis and got a reply!
The elegant Ludlow 2 Solidor Composite door in black with chrome hardware and satin glass including matching composite side panels. Installed in Wollaton, Nottingham. For a free quotation call us on 01158 660066 pop into our West Bridgford Showroom or visit us at www.thenottinghamwindowcompany.co.uk #Composite #FrontDoor #Nottingham #Wollaton
A classic Tenby 4 Solidor composite door in a modern anthracite grey with digital glass and brushed aluminium hardware. Installed in West Bridgford, Nottingham. For a free quotation call us on 01158 660066 visit www.thenottinghamwindowcompany.co.uk or pop into our West Bridgford showroom. #Composite #Door #Anthracite #Nottingham #WestBridgford
An internal view of the Solidor Conway composite door including satin glass. www.thenottinghamwindowcompany.co.uk
Analogue composites do not seem quite as easy as digital composites!
This was a damn fine flat we stayed in though.
A composited image of the Seattle Slam, our local wheelchair rugby team. The team was brought into the studio and shot individually, using a simple three-light setup at the Vecta Studio & Gallery in Georgetown, WA.
Armor for the “German Joust”
Artist: pauldrons by Valentin Siebenbürger (German, 1510–1564)
Culture: others Southern German , from Nuremberg
Culture: German
Date: about 1480–1540
Medium: steel, iron, brass and leather
Dimensions:
75.5 cm (29 3/4 in.)
Weight: 60 lb. 5 oz.
Classification: Arms and Armor
Credit Line: The John Woodman Higgins Armory Collection
Label Text:Tournaments were the definitive sporting event of the Middle Ages. Early versions were little more than slightly subdued battles fought across open countryside. By the 1400s, jousting had become the preferred form of tournament event, featuring two knights charging each other on horseback with 11-foot lances. Specialized jousting equipment was developed to improve safety.
Jousting took many forms, each with its own rules and equipment. This suit was designed for the “German joust,” in which the jousters wore heavy protective equipment that severely restricted their vision and mobility.
DoITPoMS, University of Cambridge
Carbon-carbon composites are manufactured from continuous carbon fibres which are woven in a two or three dimensional pattern. The fibres are then impregnated with a polymeric resin. After the component has been shaped and cured the matrix is pyrolysed by heating in an inert atmosphere. This converts the matrix to carbon chain molecules which are densified by further heat treatments. The resulting composite consists of the original carbon fibres in a carbon matrix. Carbon-carbon composites have low density, high strength and high modulus. These properties are retained to temperatures above 2000ºC. Creep resistance and toughness are also high, and the high thermal conductivity and low thermal expansion coefficient provide thermal shock resistance. The woven structure of this composite can be seen in the low magnification micrograph. At high magnification, the fibres can be resolved. The fibres are continuous, but appear to be discontinuous as they are not parallel to the section plane of the sample.
System
CCcomposite
Composition
Not specified
Reaction
Processing
Woven, continuous carbon fibres, impregnated with a polymeric resin. Composite is then shaped, cured, and matrix is pyrolised by heat in an inert atmosphere
Applications
Typical applications include braking materials in aircraft and high performance cars, ablative shields for aerospace vehicles such as the nose cap and wing leading edges of the Space Shuttle orbiter and hot-pressing moulds. A SiC coating is used to protect the composite from high temperature oxidation.
Sample preparation
Technique
Reflected light microscopy
Contributor
Dr J Marrow
Organisation
Department of Materials Science, University of Manchester and UMIST
This is the exercise for the astrophotograph. I took this on the night of July 1st, 2013.
私自身で考えている以上に撮れそうです。夏休みの研究課題にピッタリね(o>ω<o)
DoITPoMS, University of Cambridge
Carbon-carbon composites are manufactured from continuous carbon fibres which are woven in a two or three dimensional pattern. The fibres are then impregnated with a polymeric resin. After the component has been shaped and cured the matrix is pyrolysed by heating in an inert atmosphere. This converts the matrix to carbon chain molecules which are densified by further heat treatments. The resulting composite consists of the original carbon fibres in a carbon matrix. Carbon-carbon composites have low density, high strength and high modulus. These properties are retained to temperatures above 2000ºC. Creep resistance and toughness are also high, and the high thermal conductivity and low thermal expansion coefficient provide thermal shock resistance. The woven structure of this composite can be seen in the low magnification micrograph. At high magnification, the fibres can be resolved. The fibres are continuous, but appear to be discontinuous as they are not parallel to the section plane of the sample.
System
CCcomposite
Composition
Not specified
Reaction
Processing
Woven, continuous carbon fibres, impregnated with a polymeric resin. Composite is then shaped, cured, and matrix is pyrolised by heat in an inert atmosphere
Applications
Typical applications include braking materials in aircraft and high performance cars, ablative shields for aerospace vehicles such as the nose cap and wing leading edges of the Space Shuttle orbiter and hot-pressing moulds. A SiC coating is used to protect the composite from high temperature oxidation.
Sample preparation
Technique
Reflected light microscopy
Contributor
Dr J Marrow
Organisation
Department of Materials Science, University of Manchester and UMIST
Rawr... beware the wrath of the mighty flying liger-beast!!! Raaawr...
Composite project for Jason Jones' Electronic Imaging class
DoITPoMS, University of Cambridge
Carbon-carbon composites are manufactured from continuous carbon fibres which are woven in a two or three dimensional pattern. The fibres are then impregnated with a polymeric resin. After the component has been shaped and cured the matrix is pyrolysed by heating in an inert atmosphere. This converts the matrix to carbon chain molecules which are densified by further heat treatments. The resulting composite consists of the original carbon fibres in a carbon matrix. Carbon-carbon composites have low density, high strength and high modulus. These properties are retained to temperatures above 2000ºC. Creep resistance and toughness are also high, and the high thermal conductivity and low thermal expansion coefficient provide thermal shock resistance. The woven structure of this composite can be seen in the low magnification micrograph. At high magnification, the fibres can be resolved. The fibres are continuous, but appear to be discontinuous as they are not parallel to the section plane of the sample.
System
CCcomposite
Composition
Not specified
Reaction
Processing
Woven, continuous carbon fibres, impregnated with a polymeric resin. Composite is then shaped, cured, and matrix is pyrolised by heat in an inert atmosphere
Applications
Typical applications include braking materials in aircraft and high performance cars, ablative shields for aerospace vehicles such as the nose cap and wing leading edges of the Space Shuttle orbiter and hot-pressing moulds. A SiC coating is used to protect the composite from high temperature oxidation.
Sample preparation
Technique
Reflected light microscopy
Contributor
Dr J Marrow
Organisation
Department of Materials Science, University of Manchester and UMIST
Ruckus Composites in Portland Central Eastside Industrial District is the leading carbon bicycle repair shop in the world. More coverage on BikePortland.
Digital artwork/composites
Photographer: Valery Shpak
Video: MaxMedia Studios
@valeryshpakphotography
MaxMedia Photo & Video Studios -
Advanced highest quality photo & video productions for events, weddings, parties,
family photos and commercial / real estate photos and drone videos
New York, Miami, Worldwide.
Milano Solidor Composite Door in Anthracite Grey with an ES3 800mm stainless steel handle and matching hardware. Installed in Gamston, Nottingham. Call us today to get a free quotation on 01158 660066, see our website www.thenottinghamwindowcompany.co.uk come and visit us at our West Bridgford Showroom.
A composite of early glass re-set in St Stephen's chapel, Bures. The kneeling figure may be that of St Gregory, as a chalice has been placed above him to the left but it is possible that these are from different sources and that they have been placed together to suggest the Mass of St Gregory. The tiny figure above more closely resembles God the Father than the Crucified Christ of the saint's vision and the peeping angel may come from yet another source.
The central figure appears to be of Flemish or German origin. It is possible that the glass came from the demolished Earls Colne priory.
A traditional Flint solidor door with glazed side panels in a modern anthracite grey, satin glass and brushed aluminium handle and letter box.
Installed in Nuthall, Nottingham.
For a free quotation call us on 01158 660066
visit www.thenottinghamwindowcompany.co.uk
visit our showroom in West Bridgford.