A: Design and planning methodology

A02 - Development of integrative design methods and computational design tools for adaptive structures and their digital production

Which methods, processes and tools are necessary for the architectural design of buildings according to the requirements of adaptive skins and structures in exchange with other involved disciplines? These and other questions are addressed in project A02.
[Photo: ICD]

Project A02 contributes to the interdisciplinary approach of the Collaborative Research Center by investigating the design of adaptive buildings from the perspective of computational architectural design. The aim is to transfer the research results of the overall project and the advantages of adaptivity to architectural practice. The focus is on the development of adequate methods and tools that enable architects to design adaptive buildings in such a way that the complex technical requirements can be incorporated with the greatest possible creativity – allowing them to explore the full architectural and constructive possibilities provided by adaptivity. A02 therefore deals with questions that complement the methodological and interdisciplinary approach in project A01 and the conceptual reflection and projection in project A03.  

Comparison of the architecture-oriented projects A01, A02 and A03
Comparison of the architecture-oriented projects A01, A02 and A03

The following research question will be scientifically investigated in this project:

  • Which computational methods and tools are suitable for the integration of the principles of adaptivity and its structural implementation in the pre-design and design phases?

Existing design processes are linear and hierarchical. This makes it difficult to integrate the structural, constructive, building physics, mechanical engineering and mechatronic considerations required for adaptive structures and skins into early design decisions. The existing methods and procedures of architectural design can only be applied to adaptive structures to a limited extent, as they do not address their interdisciplinary character.

From established structural typologies towards adaptable structural individuals
From established structural typologies towards adaptable structural individuals

The main challenge is therefore to enable integrative design from the very beginning through iterative feedback loops - through which, the findings and results of the disciplines / subprojects involved can be fed back into architectural design explorations. An integrative design process thus provides the basis for the synthesis of architecture- and adaptivity-specific requirements to the essential decision phases of planning.

Adaptability as a key design criteria: Integration of the Redundancy-concept (A04, B01) as a key feedback source of quantitative feedback in computational design processes. 2000 structural elements == 4.000.000 entries in the corresponding adaptability-matrix.
Adaptability as a key design criteria: Integration of the Redundancy-concept (A04, B01) as a key feedback source of quantitative feedback in computational design processes. 2000 structural elements == 4.000.000 entries in the corresponding adaptability-matrix.
Visualization of global and local adaptability values
Visualization of global and local adaptability values

First Funding Period

The result of the first funding period is an integrative, computational design process for exploring the architectural solution space of adaptive structures. In view of the peculiarities and complexity of adaptive buildings, an agent-based modeling method was pursued, defined, and implemented for the design of adaptive truss structures. The resulting assistance-system supports architects in early design phases by incorporating the key design criteria for adaptive structures. In order to ensure the adaptability of structure and geometry throughout the entire process, the adaptability assessment method (A04/B01) developed within the SFB 1244 was implemented as a quantitative feedback loop. In addition, application-specific visualization strategies allow a close involvement of designers. These developments form an essential basis for the architectural design of adaptive structures and for the exploration of their architectural potentials beyond conventional structural typologies.

Agent-based Design Assistance for the architectural exploration of adaptive truss systems
Agent-based Design Assistance for the architectural exploration of adaptive truss systems

Principle Investigator

Prof. Dipl. AA (Hons) Achim Menges, Institute for Computational Design and Construction

Ansprechperson

This picture showsMathias  Maierhofer
M.Sc.

Mathias Maierhofer

Wissenschaftlicher Mitarbeiter

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