advanced building skins 14 | 15 June 2012 - lamp.tugraz.at - Graz ...

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ABS_21 ABS_22 Vlad Silvestru Oliver Englhardt Jens Schneider Johannes Kuntsche ABS_23 Jürgen Neugebauer ABS_24 Eleanor Voss Mauro Overend ABS_25 Frank Schneider ABS_26 Helmut Krüger Thomas Misiek Thomas Ummenhofer Helmut Hachul Advanced Building Skins Numerical and Experimental Analysis of Suspended Glass Fins Bearing Capacity of Thin Film Photovoltaic Modules – Differences in the Safety Levels Daylight Concept with Cones Made of Glass A Tool that Combines Building Information Modelling and Knowledge Based Engineering to Assess Facade Manufacturability Individual Glass Solutions for Modern Building Skins Integration of Solar Thermal Components in Sandwich Panels - 3 - Paper on CD Paper on CD Paper on CD Paper on CD Paper on CD Paper on CD ABS_27 Christof Erban New Limits for Building Design? Paper on CD ABS_28 Tina Wolf, Philipp Molter ABS_29 Martin Lutz ABS_30 Andreas Lichtblau ABS_31 Jens Schneider Solar Thermally Activated Building Envelopes A Closed-Cavity-Facade for the Tallest Building in Switzerland Multi-layered Facades as Activated Spatial Figures – School of Health Care and Nursing, Vienna A New Concept for Energy-Plus- Houses and their Facades Paper on CD Paper on CD - Paper on CD ABS_32 Ernst Giselbrecht Dynamic Facades Paper on CD ABS_33 Frank Wellershoff ABS_34 Thomas Lorenz Design Methods and Structural Components of Blast Enhanced Facades Modern Steel and Glass Constructions - A Review of Current Projects Paper on CD Paper on CD ABS_35 Josef Ludwig Clarity, Precision and Lightness - ABS_36 Marc Chiu Tensiwall – The Case for a Multilayered Textile Facade System Paper on CD ABS_37 Arjan Habraken Flexible Structural Facade Paper on CD ABS_38 Mario Giraldo ABS_39 Robert Wehdorn-Roitmayr An Instant Cost-Estimation Tool – Assistance to Designers of Form-Active Structures Architectural Design of Membrane Lightweight Structures Paper on CD -
Prof. Dr.nat.techn. Oliver Englhardt Institute of Building Construction Graz University of Technology Copyright © with the authors. All rights reserved. Summary Construction Aware Design Thinking Rene Ziegler, Dr. Benjamin Schneider Udo Ribbe, Dipl.-Ing. Waagner-Biro Stahlbau AG, Vienna, Austria, www.waagner-biro.at The rationalization of a mathematically described digital form into a discrete model and its further development towards a built structure assembled out of numerous components with materialimmanent characteristics, confronts both architects and engineers and mathematicians and building firms with new challenges. A close interdisciplinary collaboration, an exact understanding between the project involved parties and a consistent parametric data model are therefore the key to optimization potential and a successful project. It is necessary to constantly adapt the methods of design development to the upcoming challenges. Keywords: Complex geometry, steel structures, digital design, design thinking 1 Introduction For the past century, architects have been using cylinders, cones, rotational and ruled surfaces for their designs. Meanwhile digital design tools enable architects to use a very rich amount of different forms and computers and software are necessary for throughout the architectural design and planning of the construction industry. Whether it is the design or the draft of drawings of new complex building shapes, working with digital content has become the standard for the industry. There is a continuous tendency to give up linear forms with easily manageable numbers of the same elements. Free-form structures originated by the creativity of architects beginning in the last decade of the previous millennium have developed to symbols of elegance, grace, progress, and innovation. The construction of arbitrarily shaped building envelopes necessitates the computerized design and calculation of large number of unique elements. To transfer the architectural concept into built reality, an intense collaboration of geometrical and structural engineers combined with production and material management experience is necessary to standardize complexity and hence increase the feasibility of the design (Figure 1). - 1 -
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1 Introduction Advanced Building Sk
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