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Scanned Lecture Notes on Structural Theory II.

As long as architect is not creative and ready to think of unique possibilities, structural designer is always least interested in the work

Scanned Lecture Notes on Structural Theory II.

2014-11-02: An official during the Concurrent Session: Knowledge Generation for structural Transformation.

Fire Tower, Concord, New Hampshire

Tour Eiffel, Paris, October 1984

temporary support columns for the concrete slabs above

The Sony SEL24240 isn't that great, unfortunately. I had a really hard time to get a sharp image of this fencepost. And this thing doesn't even move!

part of a Metropolis Festival structure in Churchill Square, Edmonton

BAY OF BENGAL (July 8, 2017) U.S. Navy Aviation Structural Mechanic Airman Sarah Schreppler, from Middletown, Del., builds an aircraft tire aboard the aircraft carrier USS Nimitz (CVN 68), July 8, 2017, in the Bay of Bengal. Nimitz is currently on deployment in the U.S. 7th Fleet area of operations. The U.S. Navy has patrolled the Indo-Asia Pacific routinely for more than 70 years promoting regional peace and security. (U.S. Navy photo by Mass Communication Specialist 3rd Class Leon Wong)

Developing a accurate BIM structure is an important task for a successful BIM project.

Photos from an abandoned mill complex and its power substation.

Apparently, the Church has been structurally unsafe since the 1930's, when renovation works saw the removal of a mezzanine. A report was commissioned that then found the building was constructed from "pot" or mined granite and very vulnerable to erosion.

 

It closed in 1956.

 

In 1985, vandals damages the roof to badly enough to cuase a section to collapse, so the decision was then taken to remove the whole roof structure (by dynamite!).

 

Current works have been going on since 1999 to stabilise the structure and reuse it as an open air venue for concerts etc.

The structural steel is erected and deck concourse is built along the 1st base line.

Scanned Lecture Notes on Structural Theory II.

Scanned Lecture Notes on Structural Theory II.

Rally to Restore Sanity, Washington DC.

The walls were kind of flimsy.

 

The abandoned slaughterhouse, Marlboro, NJ.

This isn't the first time this has happened at our work building (see this photo taken from near the biogenesis lab last October), but anyway, we got a memo via e-mail today: "Due to the rain, the 7th floor awning is breaking apart and falling down. Security is going to close off the back portion of the parking lot."

 

Taken from the ramp behind the building.

A structurally-sound armchair with worn upholstery. Being posted to Craigslist as a Curb Alert, Sun Nov 29 2009.

These exposures in Dinosaur National Monument, Utah consist of structurally tilted, Jurassic-aged sedimentary rocks. The rocks in the right foreground are part of the Morrison Formation (Upper Jurassic). The gray and gray-brown rocks in the middle background are part of the Jurassic-aged Stump Formation, a marine, mixed-siliciclastics unit. Below (behind) the Stump are hidden outcrops of the Entrada Sandstone and Carmel Formation. The light-colored rocks at the horizon in the far-background are the Glen Canyon Sandstone (Upper Triassic to Lower Jurassic), a local name for the Navajo Sandstone (also known as the Nugget Sanstone). The Glen Canyon/Navajo/Nugget is an eolian quartzose sandstone representing a widespread desert sand dune deposit - an erg facies.

 

Stratigraphy: Morrison Formation (Upper Jurassic) over Stump Formation (Middle Jurassic to Upper Jurassic) over . . . over Glen Canyon Sandstone (Upper Triassic to Lower Jurassic)

 

Locality: Fossil Discovery Trail, western Dinosaur National Monument, northern Uintah County, northeastern Utah, USA (vicinity of 40° 26' 30.98" North latitude, 109° 17' 56.89" West longitude)

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See info. at:

en.wikipedia.org/wiki/Dinosaur_National_Monument

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Geologic map of Dinosaur National Monument:

pubs.usgs.gov/imap/1407/plate-1.pdf

 

Ikreate is a design studio founded in 2012, that focuses in jewellery and home decoration designs using rapid prototyping methods. The idea of designing parametric jewelleries through Grasshopper was a challenge due to the possibilities available plus the multiple outcomes. "One of a kind" jewellery idea was into our field, so as the ability of personalising them, according to the user. Parameters would alter the result each time changed.

 

The concept was to produce a magnetic field, a field of attractors, that could have the ability of affecting the structure of a geometry. In particular, a torus was chosen so as to be used for a bracelet. Torus geometry translated into a number of division curves in u and v. Alteration in the points, used as attractors, was deforming the curves, the structure of the torus.

 

During the final phase - production of a wearable geometry - physical flexibility was necessary to be given at the model. Besides the material used during printing procedure, the combination of the parameters, number of division+radius of the pipes, gave an extra flexibility to the model.

Fair and Congress Centre, Bremen, September 2003.

nice shot from a temple (?) we visited

blueprint of my 3 story superstructure

in Chania, Crete, Greece

My final architecture design project for this studio. Inspired by the pattern of the spider web and the structural idea of the leaf cells.

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