MILS Modules
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Tipical procidan house: two specular units.
La casa (doppia) di terramurata a Procida che nonostante le superfatazioni lascia ancora intravedere lo straordinario rigore stilistico di questo progetto.
L' ultima volta che l' ho vista era impalcata per restauro, con grosso timore torno a Procida e vado a vedere cosa succede.
Ci vedremo fra qualche giorno, see you soon
… squeezed by the modules of Gehry’s Louis Vuitton Foundation.
Watch it properly @ Gallery Minimal
..
やっと商品でけました。
Modulorブランドのほうではほぼ１年ぶりかもしれません。
春を先取りした感じの商品で、カーディガンとワンピを組合わせて着ることができます。1年前に作って放置していたティペットもあわせて販売します。
お気に召していただけると幸いです。
photo by nyanchi eel
SLOW, SLOW (136, 138, 20) - Moderate
Explored 2/23/23
Thanks for the Favs and Comments! As a photo enthusiast it's a pleasure to be recognized by my peers. :-)
Louvre Abu Dhabi – Saadiyat Island, Abu Dhabi, United Arab Emirates
Architecture: Ateliers Jean Nouvel
Engineering Consultancy: Buro Happold
Structural Design: Arup
Façade / Dome Specialist: Waagner Biro
Developer: Department of Culture & Tourism – Abu Dhabi
Lighting Design: 8’18” Lumiere
Date Completed: 2017
Photography: Andrew Shenouda
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Der Modulor ist ein von Le Corbusier entwickeltes Maßsystem und stellt einen Versuch dar, in der Architektur ausschließlich am menschlichen Körper vorkommende Längen-Maße zu verwenden.
Olympus XA
Zuiko 35mm/2,8
Lomography CN 800
The rim of a large crater, with some smaller craters within. I originally planned to have this rim be at one end of my base, with the entire base inside the crater. But now I'm thinking of building parts of it outside, e.g. I have a few Windtraps that would make sense to have on the rim, to pick up the maximum amount of wind. Also, I have a force field barrier, that would make more sense to have on the outside than on the inside of the crater...
Coronado Beach — the lifeguard towers there remind me a little of the Apollo Lunar Module.
Shot early morning, just before sunrise.
Nasa Visitor Center, Greenbelt, MD
"This is a model of the Apollo Command Module, which carried a total of 27 astronauts to lunar orbit aboard nine missions between 1968 and 1972. Launched by a Saturn V rocket, the largest and most powerful rocket ever built, the Command Module was the only part of the spacecraft recovered at the end of a mission."
NASA
Alright Gentlemen, you know what we are here for. Recover that ACS module, and if you have to, shoot anyone who stands in our way.
Vitrine mécanique,petite serre de métal et de verre,illustration des cabinets de curiosités du 19e siècle.
Conçue par François Delarozière pour le bicentenaire du muséum
D’histoire naturelle de Nantes
Plantes carnivores dans la petite cage à côté
This shows part of a mock-up of the Columbus module of the International Space Station (ISS), located at the National Space Centre in Leicester, UK. The Columbus module is the primary research laboratory for the European Space Agency (ESA) on the ISS.
The interior of this mock-up highlights various scientific and operational racks used by astronauts in space:
Experimental Racks: These standardized cabinets house scientific equipment for research in areas such as biology, fluid physics, and material science.
Operational Equipment: The panels include a variety of control units, monitoring screens, and power supply interfaces necessary for maintaining the module's environment and systems.
Visual Indicators: Many modules feature labels like "Processing Unit" and include specialized components such as Large Area Picosecond Photodetectors (LAPPD), which are used for high-precision timing in imaging and physics experiments.
The real Columbus module was constructed in Turin, Italy, by Alcatel Alenia Space (now Thales Alenia Space) with functional equipment and software designed by EADS (now Airbus Defence and Space) in Bremen, Germany. The module was launched aboard Space Shuttle Atlantis on 7 February 2008, during mission STS-122. Columbus is operated by the Columbus Control Centre at the German Space Operations Center, part of the German Aerospace Center (DLR) in Oberpfaffenhofen near Munich. In 2008, ESA estimated the total cost of Columbus—including construction, ten years of operations, scientific experiments, and supporting ground infrastructure—at approximately €1.4 billion (£1.21 billion).
The National Space Centre in Leicester, is a museum and educational resource located on the north side of the city in Belgrave next to the River Soar. The prominent structure here is the Rocket Tower, which stands 42 meters tall with minimal steel supports and is clad in semi-transparent ETFE "pillows".
The National Space Centre covers the fields of space science and astronomy, along with a space research programme in partnership with the University of Leicester. Many of the exhibits, including upright rockets which are housed in the tower which has become one of Leicester's most recognisable landmarks. The National Space Centre contains the United Kingdom's largest planetarium. It is a registered charity with a board of trustees.
en.wikipedia.org/wiki/Columbus_(ISS_module)
So my big project is done. Here's a shot of me sitting behind all the various sections to give a sense of scale. If I can remember how all this goes back together (and I can find a vehicle big enough to carry it), this thing will be at BFVA 2014.
A great deal of little variations in the same architectural scheme: windows open, close; doors and so on.
An ungainly but popular older open-topped model from the previous century, this 6-wheeler ( with independent electric drivetrains) transports standard 2 x 2 x 3m modules. Here, the rear cargo doors have swung back to deposit a temporary environmental/tracking lab.
With the expanded workspace, the three modules can now be merged as one and an additional module will complete the facility...
An artist’s impression of the Orion spacecraft with ESA’s service module.
The module sits directly below Orion’s crew capsule and provides propulsion, power, thermal control, and water and air for four astronauts. The solar array spans 19 m and provides enough to power two households.
A little over 5 m in diameter and 4 m high, it weighs 13.5 tonnes. The 8.6 tonnes of propellant will power one main engine and 32 smaller thrusters.
Credits: ESA-D. Ducros
The 20th and final module,
also the biggest of them all.
At last I have my Island.
Before I start building my Fort and sea town I may refine some bits of the landscape first.
The next Deadline is November for another exhibition event.
By then I should have finalized the landscape and added lots of trees and other greenery.
Ancrée dans la vase sur ses frêles jambes,
la pêcherie devient mirage.
Soudain le réel bascule :
ce qui est maritime devient spatial.
My oldest surviving moc. It has been through many iterations, all before I found out about Bricklink so please excuse the Viking shields!
Ce serait mon fond d’écran, si je ne l’avais pas sous les yeux tous les jours :) ! Ces images ont été prises lors de l’amarrage du Cygnus NG-16 le mois dernier et montrent quelques belles pièces de technologie spatiale. En haut sur la photo c’est le module gonflable BEAM, connecté au Node-3 où on trouve également la Cupola - dont les volets de protection étaient ouverts pour suivre de visu la capture du Cygnus. On me dit que le module cylindrique qui fait face à BEAM s’appelle Leonardo, mais franchement dans le métier je n’ai jamais entendu personne l’appeler autrement que PMM. Son ancêtre était utilisé comme soute à fret pour la navette spatiale (on l’arrimait à la station pour ensuite ouvrir le sas et décharger-recharger). Il s’est transformé en partie permanente de l’ISS depuis, on s’en sert pour stocker du matériel… et nos poubelles. En bas pour les observateurs : le module JEM / Kibo de la JAXA avec son autocollant « Japan ». Il possède une plateforme extérieure pour les expériences exposées au vide de l’espace, et même son propre bras robotique !
My kind of phone background! These images were taken during Cygnus NG-16 docking last month. What you are looking at are beautiful pieces of astounding and reliable space technology, the best humans have to offer! On the first image from the top you can see the Bigelow Expandable Air Module (yes, inflatable) connected to Node-3 that has Cupola on it (with the shutters open, for Cygnus docking robotic operations). The smoother cylinder is PMM (Leonardo) a now-permanent storage space that used to fly up and down with the Space Shuttle. In the background we have JEM, or Kibo as some call it, neatly branded with the JAPAN sticker, JAXA :) The part sticking out of JEM is the exterior platform that researchers can access through its mini-airlock.
Credits: ESA/NASA–T. Pesquet
549G0270
As their soldiers walked across the battlegrounds, we were ready to strike on top of an abandoned building roof. There was no hope for them now!
For the Annual Military Build Contest. Are there any other requirements I have to fill to enter this?
The Lunar Module (LM) was a two-stage spacecraft built by Grumman that was the first vehicle designed to operate solely in the vacuum of space and designed to ferry two astronauts from lunar orbit to the Moon's surface and back. The "Eagle" was the specific lunar module used during the Apollo 11 mission, which was the first mission to land humans on the Moon on July 20, 1969. The mission fulfilled President John F. Kennedy's goal of landing a man on the Moon and returning him safely to Earth before the end of the 1960s.
The descent stage of the Lunar Module, the lower section, remained on the Moon after the astronauts left. The ascent stage, which contained the crew compartment, lifted off from the Moon to rendezvous with the orbiting command module. Six of these descent stages remain at their landing sites on the Moon today.
This model is a display at the National Space Centre in Leicester, UK. This is a major highlight of the centre, which also houses a 42-meter-high rocket tower, the UK's largest planetarium, and other space-related galleries with interactive displays and artifacts. As well as this model of the Apollo Lunar Lander, there is a real moon rock collected during the Apollo 17 mission.