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Design Modelling Symposium

Design Modelling Symposium 15_147-148_Rubriken.qxd:15_147-149_Rubriken.qxd 12.06.2009 15:28 Uhr Seite 148 Announcements integral part in concept and planning processes. FEM (Finite Element Method) helps in analysing and optimising more and more complex structures. It is now possible to simulate and explore complex coherences between material, structure and climate. New materials open up the development of more effective construc- tions, new spatial and material experien- ces. The Design Modelling Symposium would like to encourage discussion about the target course of this develop- ment by exchanging the experiences in appliance of such new technologies. Rather than the prospects of modelling complex geometries and structures, the main focus lies in new concepts and design strategies emerging from the application of new technologies. Another emphasis is the discussion of the role of analogue and digital models in the design and planning process as well as questions regarding realisation of complex geome- tries and construction systems. This 3-day event includes four formats: Lectures, Case Studies, Workshops and Master Classes. In the Key Lectures (45 mins in length) expert speakers will pre- sent formfinding, parametric design and structure analysis, whereas participants of the Case Studies (20 mins in length) are introduced to unique projects being implemented by multidisciplinary tools or product applications. The Master Classes and Workshops (à 3 × 5 hrs) focus on deepening and developing skills in the area of designing complex geome- tries and structures. Topics – Modelling and simulation – Physical and mathematical formfinding – Generative geometries and parametric design – Design and production of complex constructions Berlin October 5–7, 2009 – Analysis of hybrid structures – Teaching of new designtools The Symposium sees itself as an inter- national interdisciplinary platform of Further Information: designers, developers and scientists of Universität der Künste Berlin the disciplines architecture, design and Prof. Dr.-Ing. Ch. Gengnagel engineering. Hardenbergstraße 33 The fundamental technological prin- 10623 Berlin, Germany cipals of designing, planning and building Phone: 030/31852991 have changed radically. CAD (Computer Fax: 030/31852992 Aided Design) and CAM (Computer info@design-modelling-symposium.de Aided Manufacturing) are nowadays an www.design-modelling-symposium.de 148 Steel Construction 2 (2009), No. 2 http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Steel Construction: Design and Research Wiley

Design Modelling Symposium

Steel Construction: Design and Research , Volume 2 (2) – Jun 1, 2009

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Publisher
Wiley
Copyright
"Copyright © 2009 Wiley Subscription Services, Inc., A Wiley Company"
ISSN
1867-0520
eISSN
1867-0539
DOI
10.1002/stco.200990021
Publisher site
See Article on Publisher Site

Abstract

15_147-148_Rubriken.qxd:15_147-149_Rubriken.qxd 12.06.2009 15:28 Uhr Seite 148 Announcements integral part in concept and planning processes. FEM (Finite Element Method) helps in analysing and optimising more and more complex structures. It is now possible to simulate and explore complex coherences between material, structure and climate. New materials open up the development of more effective construc- tions, new spatial and material experien- ces. The Design Modelling Symposium would like to encourage discussion about the target course of this develop- ment by exchanging the experiences in appliance of such new technologies. Rather than the prospects of modelling complex geometries and structures, the main focus lies in new concepts and design strategies emerging from the application of new technologies. Another emphasis is the discussion of the role of analogue and digital models in the design and planning process as well as questions regarding realisation of complex geome- tries and construction systems. This 3-day event includes four formats: Lectures, Case Studies, Workshops and Master Classes. In the Key Lectures (45 mins in length) expert speakers will pre- sent formfinding, parametric design and structure analysis, whereas participants of the Case Studies (20 mins in length) are introduced to unique projects being implemented by multidisciplinary tools or product applications. The Master Classes and Workshops (à 3 × 5 hrs) focus on deepening and developing skills in the area of designing complex geome- tries and structures. Topics – Modelling and simulation – Physical and mathematical formfinding – Generative geometries and parametric design – Design and production of complex constructions Berlin October 5–7, 2009 – Analysis of hybrid structures – Teaching of new designtools The Symposium sees itself as an inter- national interdisciplinary platform of Further Information: designers, developers and scientists of Universität der Künste Berlin the disciplines architecture, design and Prof. Dr.-Ing. Ch. Gengnagel engineering. Hardenbergstraße 33 The fundamental technological prin- 10623 Berlin, Germany cipals of designing, planning and building Phone: 030/31852991 have changed radically. CAD (Computer Fax: 030/31852992 Aided Design) and CAM (Computer info@design-modelling-symposium.de Aided Manufacturing) are nowadays an www.design-modelling-symposium.de 148 Steel Construction 2 (2009), No. 2

Journal

Steel Construction: Design and ResearchWiley

Published: Jun 1, 2009

There are no references for this article.