Exhibition and Visitor Center for New Technologies

COLUMBIA UNIVERSITY
Greg Lynn, Michael McInturf & Martin Treberspurg

Project Facts:

Project Name:	Exhibition and Visitor Center for New Technologies
Location:	Schwechat/Vienna, Austria
Surroundings:	the site is adjacent to the highway leading from to Bratislava and the Vienna airport approximately 15km from the center of Vienna
Zoning:	the site is zoned for heavy industry as the site is on the grounds of the OMV oil company專 refinery
Client:	OMV Aktiengesellschaft, The Austrian National Mineral Oil Processing Company
Program:	commercial permanent and travelling exhibition hall and experimental energy house
Construction System:	glue laminated primary structural members using computer aided manufacturing, clad in zinc standing seam roofing with a wood plank interior finish. hydrogen gas energy generation using photovoltaic electrolyser production of hydrogen gas. In the interior screen of tensile fabric supported by tubular secondary structure.

Perspective View front Northeast with Site	Perspective View front Northwest with Site	Perspective View front Southeast with Site

Roof Plan	Longitudal Section

Project Description:

The project is a low energy building that uses an experimental energy source:; hydrogen gas. The house is powered by a hydrogen fuel cell that generates electrical energy, pure water and heat through the controlled combination of hydrogen an oxygen.

The building serves as a public relations educational facility for the public who visit the OMV refinery in schwechat, austria. The interior of the building is separated into two zones by a translucent fabric upon which computer animations video sequences and still images are projected. This rear projection system is supported by scaffolding upon which the projectors can be moved allowing an extremely flexible and smooth exhibition space.

Behind the screen the mechanical systems of the house are aligned so that when the lightning behind the screen is switched on the projection screen becomes transparent making the experimental energy system of the house visible to the exhibition visitor.

The design of the building utilized state of the art computer simulation software to model the solar vault throughout the year for the alignment and shape of all shading devices and the photovoltaic cells. The north facade of the building was shaped through the simulation of the automobile movement on the highway. The notion of the cars was used to sweep a series of surfaces that reveal the interior of the building as a sequence when viewed at speed from the roadway. These forces were translated into the surfaces through the construction of a flexible skeketon system that responded to the forces exerted on the site dynamically.

Sun and Shadow Studies of an A-frame shaped primitive reacting as a whole to the impact of the sun which is simulated as a deforming force system.	Studies of Controlling Geometry Systems which are attached to the simulation of the automaobile movement on the highway situated north of the site, in order to study patterns of alignment towards the observer movement along the same highway.

Description of Project at Exhibition:

1:75 metric scale model of the whole architecture with site information material: building parts resin milled with stereolithography laser technology; site model in solid alluminum cut to size with Lasercut Technology.

Additional presentation of several computer animation on TV-monitors, showing the design process using cutting edge animation- and dynamics computer software.

Sun and Shadow Studies in topview with site information
Controlling Geometry with attached L-frame structure for studying surface generations sweeping the whole motion over time.	Portrait of Surface Sweeps by using lines attached to the same controlling geometry generating a surface as a continuous sweep.

1) Site Plan	2) Roof Plan	3) Plan View
4) Cross Section	5) Cross Section	6) Longitudal Section
7) North Facade	8) South Facade	9) East and West Facade
10)	11)	10, 11, 12) Systematic Drawings for Evaluation of Unfolded Surfaces and Structures

Client:

Austrian Oil Company OMV AG, Schwechat/Vienna, Austria

Senator D.I Walter Tauscher

Director of Research and Development

D.I. Kurt Pollak

Research and Development Marketing

Project Manager Phase 1

D.I. Dr. Kurt Heidler

Project Manager Phase 2

Bmst. Ing Anton Kellner

Construction Manager

D.I. Dr. Alexander Buchsbaum

D.I. Dr. Dieter Karner

Architects:

Architekt Martin Treberspurg and Partners, Vienna

Martin Treberspurg
Andrew Whiteside
m.FORM
Michael McInturf
Greg Lynn
Andreas Froech
Phillip Anzalone
Ulrika Karlsson
Stephanie Bayard
Cindy Wilson
Matt Jogan
Jefferson Ellinger
Heather Roberge

Consultants:

Structural Engineering:

D.I. Dr. Richard Fritze, Vienna

FTL Happold, Bath Neil Billett

FTL Happold, New York Craig Schwitter

Eddie Pugh

Mechanical Engineering:

Dr. Peter Schuetz, Vienna

Mechanical Engineering H2/Solar Components:

SIEMENS AG Austria

Ing. Franz Daberger

D.I. Michael Friess

Landscape Architecture:

D.I. Arch. Maria Auboeck, Vienna

Bernhardgasse 21

A-1070 Vienna, Austria

Image Processing:

Finley Digital, New York

Mark Paulvin

Jerry Stern

Stereolithography Technology:

New Jersey Institut of Technology, Newark NJ

Center for Manufacturing Systems

Christopher Wahlers

Animation and Dynamics Hardware and software:

Alias\Wavefront & Silicon Graphics Ltd., Toronto

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