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Archive for the ‘Grasshopper’ Category

Echoviren in California by Smith | Allen

Sunday, September 1st, 2013

Article source: Smith | Allen

Smith|Allen participated in the Project 387 Residency, located in Mendocino Country from August 4-18, 2013. In the heart of a 150-acre redwood forest, Smith|Allen has created a site responsive, 3D printed architectural installation (the largest of it’s kind): Echoviren. The project merges architecture, art and technology to explore the dialectic between man, machine and nature. The Project 387 open house and reception was Saturday, August 17.

Image Courtesy © Smith | Allen

  • Architects: Smith | Allen
  • Project: Echoviren
  • Location: Gualala, California, U.S.A
  • Involved companies: Type A Machines
  • Commissioned by: Project 387
  • Software used: Adobe Illustrator, Rhino 5, grasshopper, weaverbird, and paneling tools for design, and KISSlicer+Pronterface with our Type A Machines Series 1 Printers for the 3D printing fabrication

Transportation Center Redevelopment in Stamford by Studio V Architecture

Thursday, August 22nd, 2013

Article source: Studio V Architecture

STUDIO V Architecture’s design for the Stamford Transportation Center and surrounding area was chosen the preferred scheme in a $500 million redevelopment competition put forth by the Connecticut Department of Transportation. Stamford’s station has grown to become the second largest in the region after Grand Central Terminal, rendering its current disjointed infrastructure and surrounding architecture obsolete. STUDIO V teamed with developer Stamford Manhattan Development Ventures (SMDV) to transform this traffic-congested station into a dramatic new 24-hour community that reconnects Downtown Stamford to the South End and the city’s waterfront.

Image Courtesy © Studio V Architecture

  • Architects: Studio V Architecture
  • Project: Stamford Transportation Center Redevelopment
  • Location: Stamford, U.S.A
  • Software used: Rhino, V-Ray, Photoshop, and Grasshopper

Passive House in Hradec Králové, Czech Republic by Echorost architekti

Wednesday, July 24th, 2013

Article source: Echorost architekti

The house was designed for the old couple, whose main demands were low maintenance/operation costs and distribution of main rooms to the ground floor.
It was the specific shape of the plot which set a boundary of the house and together with structural constraints also defined a resulting geometry of the house. The geometry was based on a consistent extrusion of the house boundary. The proposal took into account also an option that clients could buy up the neighbouring plots. This came true during the construction of the house. The design of the house was optimized for the lowest energy demand while keeping other design demands (e.g. possibility to use the first floor as a second flat). Therefore the house met the passive house criteria and among else qualified for the appropriate government subsidy.

Image Courtesy © Echorost architekti

  • Architects: Echorost architekti
  • Project: Passive House
  • Location: Hradec Králové, Czech Republic
  • Investor: private investor
  • General contractor: Asting cz
  • Start date: June 2010
  • Completion date: September 2011
  • Software used: Rhinoceros, Grasshopper

SUTD Library Pavilion in Dover Drive, Singapore by City Form Lab

Sunday, July 7th, 2013

Article source: City Form Lab

The Singapore University of Technology and Design (SUTD)library pavilion is located on a sloping lawn on the temporary Dover Campus. Accommodating three mature trees and forming a noise barrier toward the Ayer Raja Expressway in the north, the gridshell structure of the pavilionharnesses the site constraints and activates an outdoor space behind the existing library building.

Image Courtesy © Philip Aldrup

  • Architects: City Form Lab
  • Project: SUTD Library Pavilion
  • Location: Dover Drive, Singapore
  • Photography: Philip Aldrup
  • Unique plywood panels: 3,008
  • Unique steel cladding tiles: 585
  • Unique plywood spacer blocks: 3,255
  • Bolts: 192,562
  • Screws: 30,039
  • Software used: McNeel, Rhino & RhinoPython script for architecture and gridshell, Oasys GSA and McNeel Rhino + Grasshopper for engineering

Mood Map in Seoul, South Korea by E/B Office

Wednesday, June 26th, 2013

Article source: E/B Office

Mood map visualizes the moods of Korean people in color and light through textual analysis of their Tweets on Twitter. We will create a custom software program in Processing that will search and analyze Tweets in Korean language through the Twitter API. Tweets will be analyzed using a text analysis library that searches for specific strings of Korean characters that describe certain moods or feelings.

Image Courtesy © E/B Office

  • Architects: E/B Office (Yong Ju Lee and Brian Brush) 
  • Project: Mood Map 
  • Location: Seoul, South Korea
  • Photography: E/B Office
  • Year: 2013
  • Visualization: Noa Younse (http://www.noayounse.com)
  • Assembly team: KwangYeon Cho, Kibum Park, Young-Won Chi, Byunghwa Kim, Min Jae Lee, Sang Ki Nam, Daram Park, Sooyoung Park, HyunWoo Yoo
  • Software used: Rhino, Grasshopper and Processing

Tirana Flux Exchange in Tirana, Albania by Barker Freeman Design Office Architects pllc

Thursday, June 13th, 2013

Article source: Barker Freeman Design Office Architects pllc

Tirana Flux Exchange [FL-EX] is a proposal for a multimodal transportation hub and new urban landscape model for the Albanian capital positioned to greatly expand the scope and connectivity of the city’s infrastructural networks. FL-EX connects the existing HSH Railway and intercity bus lines with a new airport transit, bike, and pedestrian paths linking the historic urban center to international transportation systems.

Image Courtesy © Barker Freeman Design Office Architects pllc

(more…)

Piezoscape in Staten Island, New York by Barker Freeman Design Office Architects pllc

Thursday, June 13th, 2013

Article source: Barker Freeman Design Office Architects pllc

This proposal for the Fresh Kills landscape in Staten Island, New York engages visitors and the environment into generating energy using piezoelectricity, which is the conversion of mechanical movement into electricity. Energy from wind, sound vibration, and human movement can collectively be harvested from the movement of natural piezoelectric materials embedded in walkable surfaces and bendable wind-capturing stalks and streamers.

Image Courtesy © Barker Freeman Design Office Architects pllc

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