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Archive for the ‘Grasshopper’ Category

Species Deposit in Legazpi, Madrid by Langarita-Navarro Arquitectos (designed using AutoCAD, Rhino, and Grasshopper)

Thursday, November 3rd, 2011

Article source: María Langarita and Víctor Navarro

Matadero Madrid’s elevated water tower  is a singular work: a concrete structure standing 25 meters high and 14 in diameter, located on the southern edge of the new contemporary creation space. The tower, which originally was surrounded by small garden pavilions for workers at the complex, now rests on a lot that has functioned in recent years as a makeshift parking zone and a space for stock and support of artistic activities.  This earth-covered area, in which some of the plant species that inhabited the gardens still survive, will, in the near future, cover an underground transport hub and be transformed into a paved plaza providing access to the cultural facility.

Image Courtesy Miguel de Guzmán

  • Architects: Langarita-Navarro Arquitectos
  • Project: Species Deposit
  • Location: Legazpi, Madrid
  • Architect Design: María Langarita and Víctor Navarro
  • Collaborators: Gonzalo Gutiérrez, Juan Palencia, Ana Rosales;
  • Landscaping: Jerónimo Hagerman;
  • Client: Matadero Madrid
  • Completion date: 2011
  • Software used: Autocad 2011, Rhino 4, Grasshopper

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Bridging the Gap by Studio BÄNG Designed using Rhino and Grasshopper

Wednesday, September 28th, 2011

Article source: Studio BÄNG

Thinking about a modular, quickly deploy- able and adaptable bridge design a quite complex shape based on parametric design strategies and digital fabrication methods was developed. We started to parametrize points in X, Y and Z direction at relevant areas of a bridge in Rhino Grasshopper. Four points at the beginning and the end of the bridge and four in the middle. These 12 parametrized points give the opportunity to steer the crosssection of the bridge at three important areas. Based on these points the defi nition creates three frames one for each end of the bridge and one in the middle.

Bridging the Gap

  • Architects: Studio BÄNG
  • Project: Bridging the Gap
  • Location: Weimar, Germany
  • Software used: Rhino and Grasshopper

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Busan opera House in South Korea by TASK Architects designed using 3dsmax, Rhino and Grasshopper

Thursday, September 8th, 2011

Article source: TASK Architects

Busan is one of the most important Korean cities and its largest port. The project is located in the newly developed area of north port. We wanted to create an Icon. A monument that would shift the vision of the locals and international visitors alike and create new experiences for each visitor while on the same time is welcoming and inviting. And can be the city’s vision of future development.

Exterior rendering

  • Architect: TASK Architects
  • Name of Project: Busan opera House
  • Location: Busan, South Korea
  • Team: Taymour Senbel, Khaled ElAshry , Ahmad Badr ElDin, Aya Ibrahim
  • Theory: A New Paradigm of Contemporary Korean Design
  • Software used: 3dsmax, Rhino and Grasshopper

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(RE)Configured-Assemblage in Long Beach, CA by Wendy W Fok Architect designed using Rhino and Grasshopper

Thursday, August 25th, 2011

Article source: Wendy W Fok Architect

(RE)Configured-Assemblage is a developmental landmark proposal composed of reconfigured traces of shipping containers, through diligently reconnecting, revitalising, and humanizing the accessibility of the City of Long Beach, Long Beach Blvd and Broadway Area. Through proposing three types of innovatively reconstructed modular shipping containers, the overall construct leads to open courtyards, interlocking units, and playfully generated programs that introduce a new innovative topological design that regenerates and reconnects the community.

Render Interior 01

  • Architects: Wendy W Fok Architect
  • Project: (RE)Configured-Assemblage
  • Location: Long Beach, CA
  • Software used: Rhino 3D / Panelling Tools / Grasshopper. Renderer Vray.

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Busan Opera House in South korea by Wahag Studio

Wednesday, August 24th, 2011

Article source: Wahag Studio

Project
Participation of wahag studio in the international ideas competition to establish a design for the busan opera house to start to construct in 2014 (expected). the opera house will include a variety of facilities that will foster a wide range of artistic activities all the while being accessible to the city’s citizens. the grand scale of this project will be suitable for busan’s status as an international city.

Plaza

  • Designed by: Wahag Studio
  • Name of Project: Busan Opera House
  • Location: Busan, South korea
  • Type of competition: open international competition
  • Site area: 35,000 m2
  • Team work: wahag studio team
  • Architects: m.mansour gebaly, wael hussein Mahmoud
  • Software used: Rhino and grasshopper for developing the form and the final modeling; for the final render used 3ds Max and photoshop

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Ciné-moiré: Changing the Face of Pushkin Square in Moscow, Russian Federation by Barker Freeman Design Office (designed using Rhino, Grasshopper, and Maxwell)

Tuesday, August 16th, 2011

Article source: Barker Freeman Design Office

Our proposal for the historic Pushkinsky Theater creates a programmatic envelope for the existing volume that expands the territory of the theater into a series of enfolded layers and surfaces that connect the building enclosure to the plinth on which it resides and out onto the landscape of Pushkin Square itself.  The shifting angles of the new envelope knit together the two axes in the public space of the square:  the building’s frontal alignment with the park, fountain and Pushkin statue and its diagonal relationship to the Boulevard Ring angling away from it.

Cine Moire view looking out

  • Architects: Barker Freeman Design Office
  • Project: Ciné-moiré: Changing the Face of Pushkin Square
  • Location: Pushkin Square, Moscow, Russian Federation
  • Software used: Rhino, Grasshopper, and Maxwell

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Second Skin for The Lake and Stars by Barker Freeman Design Office designed using Rhino, V-Ray, and Grasshopper

Friday, August 12th, 2011

Article source: Barker Freeman Design Office

SECOND SKIN is an installation proposal designed to complement the aesthetic and image of the clothing line of the Lake and Stars.  The initial concept was to develop a space that recalled the way in which the designers see lingerie as something that can be playfully exposed and integrated into everyday wear.  The architects developed surfaces of abstracted “skins” that alternately reveal and conceal spaces with varying levels of privacy.  Fittingly, teh inspiration for the structure comes from the pissoirs that line the banks of canals in Amsterdam.

Side view

  • Architects: Barker Freeman Design Office (BFDO)
  • Project: Second Skin for The Lake and Stars
  • Software used: Rhino, Grasshopper, and V-Ray were used for Second Skin.
  • Software used: Rhino, V-Ray, Grasshopper

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reOrder: An Architectural Environment in Brooklyn, New York by Situ Studio designed using Rhino and Grasshopper

Thursday, August 11th, 2011

Article source: Situ Studio

The architectural transformations of the Brooklyn Museum over the past 120 years provide a singular history of an urban institution adapting to changing times. Unwilling to remain static, the museum has evolved continuously, physically reshaping itself to respond to a rapidly unfolding city.

reOrder in the Great Hall, Brooklyn Museum (Images Courtesy Keith Sirchio)

  • Architect: Situ Studio
    Project Name: reOrder: An Architectural Environment
  • Location: Brooklyn, New York
  • Design and Fabrication: Situ Studio (BasarGirit, Aleksey Lukyanov-Cherny, Wes Rozen, Brad Samuels and 20+ crew)
  • Installation photographs: Keith Sirchio
  • Site: Great Hall, first-floor 10,000 square foot colonnaded hall
  • Construction dates:February 7, 2011 – March 3, 2011
  • Client: Brooklyn Museum
  • Software used: Rhino and Grasshopper

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Til Til D.F. by gt2p designed using Rhino and Grasshopper

Sunday, August 7th, 2011

Article source: gt2p

The project TilTil D.F. is the result of a request to gt2P, having as aim the development of a diverse program in an open space that merge with the topography and the landscape of thelocation. The requirement was done to this studiobecause of its experience in the development of projects of architecture based on the use of methodologies of parametric design. This knowledge has given them the capability to determine the relevant variables in their projects and to establish relations among them, in order to streamline the formulation and implementation of projects.

Exterior View

  • Architect: gt2p
  • Name of Project: Til Til D.F.
  • Software used: Rhino and Grasshopper

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ZA11 Pavilion in Cluj, Romania Designed using Rhino & Grasshopper

Saturday, July 9th, 2011

Article source: Dimitrie Stefanescu, Patrick Bedarf, Bogdan Hambasan

The project started out as an ambitious student-powered endeavor to design and fabricate at a 1:1 scale the flagship pavilion for the ZA11 Speaking Architecture event in Cluj, Romania. While at the same time integrating into its historically-charged context, the design boasts a strong representational power which was much needed in order to fulfill its main goal: attracting passers-by to the event. The object tries to make legible the new ontology which is slowly defined by computational architecture and is a showcase for the processes empowered by it. At the same time, the pavilion offers a sheltered space for the unfolding of different social events pertaining to the corresponding architecture festival.

Image Courtesy Daniel Bondas

  • Architects: Dimitrie Stefanescu, Patrick Bedarf, Bogdan Hambasan
  • Project: ZA11 Pavilion
  • Location:Cluj, Romania
  • Year: 2011
  • Workshop Team: Ciprian Colda, Anamaria Androne, Razvan Sencu, Madalin Gheorghe
  • Software used: Rhino and its parametric modeling plug in Grasshopper.

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