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These are photographs of a physical model designed to test the implementation of parametric tools for structural and environmental data.
Architects: Zaha Hadid Architects, 2011.
Some of the activities and kiosks were obviously aimed at young children due to the summer holidays and I hope these are removed as soon as possible.
Воркшоп: Параметрические объекты городской среды
Модераторы: Эдуард Хайман, Владимир Воронич
Участники: Мария Лазарева, Дениза Галеева, Регина Кузнецова, Айгуль Мазитова, Гузелия Нуриева
Кафедра дизайна НИСПТР, г. Набережные Челны, 2014
The idea behind this project was to Mimic and adapt a design, in this case an installation project by Office DA, using parametric modeling operations within a 3D Program. (3D Studio Max). My partner on this Project was Andrew C. Presented is the rendered 3D model on the top, with the base images being the physical model.
Structural optimization diagram for the parametric chair research by SPM (courtesy of HalcrowYolles Engineers) with fishtnk
1980's Rebish Audio Rack System
RA203 Compressor-Limiter
RA204 Parametric EQ
RA208 Modulator
RA205 ADT-Dealy
RA209 Mixer
1980's Rebish Audio Rack System
RA203 Compressor-Limiter
RA204 Parametric EQ
RA208 Modulator
RA205 ADT-Dealy
RA209 Mixer
Architects: Zaha Hadid Architects, 2011.
The Clydeside site location and Zaha Hadid's watery response is subtle and well suited but somehow lacks the famous clutter of shipbuildings and cranes. This building under construction was possibly better in reflecting the past history of this area. Perhaps an 'industrial' looking taller interior would have given better value for money and also satisfied functional demands a bit better.
www.flickr.com/photos/artimageslibrary/5622208476/
(See comment box below for Patricia Cain's painting)
The simplicity of curvaceous roof simply travelling between the two end glazed walls and guiding the visitors under it is subsumed by the shapes and forms of exhibits and their display structures.
If the efforts and expense in creating the 'parametrics' also did justice to the main functions of the building, this building would have been a modern masterpiece.
Utzon gave Australia an icon as a gift and under the sails large enough volume to build and rebuild the Opera Halls for generations to come to suit their own needs and tastes.
After my work Christmas party, I headed back to Park Street to catch my bus home.
With the parametric bridge in the background.
Stuttgart Parasol
Research Pavillon ICD/ITKE 2010
Temporary parametric Pavillon consisting of 10m long, 6.5 mm thin birchwood strips
Institute for Computational Design ICD, Prof. Achim Menges
Institute of Building Structures and Structural Design ITKE, Prof. Jan Knippers
University Stuttgart Germany
photographed by
Frank Dinger
BECOMING - office for visual communication
Installation at the Digital Design Department, University Kassel, Jonas Coersmeier, 2008/2009
Nanotectonica integrates electron microscopy, parametric modelling and digital fabrication into the architectural design process.
The installation was developed at the Digital Design Department, G. Professor Jonas Coersmeier, University Kassel, School of Architecture, during the summer of 2009. Research assistant: Kathrin Wiertelarz. Participating students: Giampiero Riggio, Roberta Ragonese, Ljuba Tascheva, Jan Weissenfeldt, Pat Taylor, Katja Pape, Rania Abdurahman, Christina Finke, Shahram Abbasian, Michael Quickert.
These are photographs of a physical model designed to test the implementation of parametric tools for structural and environmental data.
Воркшоп: Параметрические объекты городской среды
Модераторы: Эдуард Хайман, Владимир Воронич
Участники: Булат Газизов, Гульнара Даутова
Кафедра дизайна НИСПТР, г. Набережные Челны, 2014
Branching Respiration Skin (Yukio minobe, 美濃部幸郎, 2008-2009)
この研究プロジェクトはバイオミメティクスの観点をベースに、自然の形態システム（モーフォロジー）をアルゴリズムにより再現し、環境性能の高い建築を生成する方法を探求している。自然界の中で高い換気性能をもつシロアリ塚を参照し、そのモーフォロジーが流線形の外形と内部の導管のブランチング・システムの組み合わせとして解釈されている。さらにこのモーフォロジーをデジタルに再現構成するアルゴリズムと、このアルゴリズムをエンジンとするパラメトリック・デザインと流体解析シミュレーションをループさせたデザイン・プロセスが新たに開発された。この統合的デザイン・プロセスは、環境の外的条件とその建築形態による内的な環境性能を有機的に関係させ、建築を自然環境に最適に適応するものとして生成することを可能にしている。
This project investigates a computational design methodology with reconstructions of natural morphologies through computational algorithms based on Biomimetics whereby higher-performative architecture can be generated. Termite mounds as a representative reference of the highest performative system in nature in terms of its natural ventilation are interpreted as the combination between the streamlining external form and internal branching systems of air conduits. Furthermore, a computational algorithm, which can reconstruct termite mounds' morphologies, and a new design process looping between parametric designs driven by the algorithms and C.F.D. simulations are developed. This integral design process can make architectural forms adaptive to nature through the reciprocity between external conditions from environments and internal performances of architecture itself.
This is my entry for the Makerbot/Thingiverse/Customizer Challenge :)
It's a: Fully Printed Parametric Music Box With Exchangeable Song-Cylinders :))
This specific one's has 13 vibrating teeth that are calculated to each half tone covering one octave :) While they might not be perfectly tuned the relative frequencies seem to match :)
I used the formulas from this Wikipedia article (sorry it's in German):
de.wikipedia.org/wiki/Durchschlagende_Zunge#Berechnung_de...
Basically this gives me a function to calculate the length of the tooth given the frequency I want, the height of the tooth (like the thickness of the wire in a piano), and the density and the elastic modulus of the material I use: PLA :)
more at the objects page at thingiverse: www.thingiverse.com/thing:53235