The conference encourages the submission of Mini-Symposia proposals. Each proposal should have a focused topic related to “Structures and Architecture”.
The mini-symposium proposal should include the following:
c) Description of the targeted research area and how it fits the conference theme;
d) A list of 15-24 potential authors that might submit papers to the mini-symposium (authors who made significant contributions to the state of the art or state of practice of the topic of the mini-symposium).
The mini-symposium organizers will coordinate the reviews of the papers submitted to their sessions.
We expect the papers to go through the similar quality review process as the regular conference papers.
Early mini-symposia proposal submissions are encouraged.
|Download the terms and conditions || |
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|Download the proposal form|| |
Note: Coordinating a Mini-Symposium does not imply to be exempt from paying the corresponding fees for the conference registration.
|Additive Manufacturing for the Built Environment |
Faculty of Architecture and BuiltEnvironment
Delft, The Netherlands
Institute of Structural Mechanics and Design - FG Statik, TechnischeUniversitat Darmstadt
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| Paulo Cruz|
School of Architecture, University of MinhoGuimarães, Portugal
| ||Paolo Colombo|
Dipartimento di Ingegneria Industriale Universita Degli Studi di PadovaPadova, Italy
To improve the potential of the European construction industry in the field of AM technology and its application for construction components, the organizers of this mini-symposium promoted a consortium committed with gathering scientific experts in additive manufacturing and specialised producers of building systems/components. It also involves researchers in testing and certification processes, building product manufacturing optimisation methodology, AM machine specialists, robot engineering etc., and institutions specialised in technology transfer and academic entrepreneurship. The consortium therefore merges the know-how and the complementary skills of actors in academics, multi-national companies, small and medium sized enterprises, and national research agencies.
This mini-symposium targets the potentials ofAM for the build environment and the related industry – to identify potentialsof the technology in real-world implementation for design and engineeringprocess and construction. Drivers for these potentials are energy reduction inproduction, integrated products, individualized applications and the potentialfor small and middle size companies, being able to participate in high qualityproduction with limited investments in hardware.
|Circular Tectonics: Towards ecological continuity, -means, - relations, strategies and -innovation in architectural practice |
Marie Frier Hvejsel
Department of Architecture, Design & Media Technology, Aalborg University
The Royal Danish Academy of Fine Artsm School of Architecture, CINARK
The notion of 'tectonics' has been developed and applied throughout architectural history as a critical means through which to position the discipline in its context; the societal, technological as well as the physical. Today the complexity of contextual relations and challenges that govern architecture are multiplying and governed by an ever more present call for a viable, ecological, and human development of the built environment. With the title 'Circular Tectonics', this mini-symposium investigates the potential of tectonic architectural theory and method for arriving at ecological continuity, -means, -relations, -strategies and -innovation in architectural practice. Hence, we invite critical contributions that discuss, develop, and apply tectonics related questions such as 'design for disassembly', 're- and upcycling', 'life cycle scenarios', 'transformation versus preservation', etc.
|Novel approaches to experimental design and production of Timber- and Bio-based structures and architecture |
KTH Royal Institute of Technology
|With the development of tools and procedures for design and production, and the interlinking of these tools for enhanced compatibility and overall performance, timber is currently revealing a big potential in structures and architecture. Not only is this demonstrated in the already seen high-risers but also in the increased application for complicated and or complex geometries and new typologies. This mini-symposium aims at presenting and discussing experiences of this potential and how it can be released and developed as a resource efficient, environmentally benign form of construction enabling sustainable buildings both low-cost and unique ones. |