An Adaptive Pretension Structure.

Publikation: Beitrag in Buch/Bericht/KonferenzbandBeitrag in einem KonferenzbandForschungBegutachtung

Abstract

An adaptive structure was chosen for the pavilion design due to its ability to react to variable conditions
while increasing the material effectivity, which in turn leads to a weight reduction. The nineteen aligned
arches are consisting of fifteen prefabricated modules, which are connected by a pretension cable. The
adjustable modules generate the appropriate shape for the internal and external influences. According
to the pretension in the cable, the shape, density and rigidity of the modules is adaptable. Each unit
consists of two vertical plates, connected by a specially designed joint. The vertical elastic elements act
as springs. They are made out of a deformable material with a highly elastic behavior and an adequate
reset force. The material properties and dimensions are individualized to the required rigidity. Although
the research of adaptive systems is widespread, the application is still minimal. In this research, it has
been shown that it is possible to design and develop a practical solution with relatively limited resources,
which is lightweight and contains an intelligent, adaptable load-bearing system.
Originalspracheenglisch
TitelForm and Force
Seiten448-455
PublikationsstatusVeröffentlicht - 2019
VeranstaltungIASS Symposium 2019: Form and Force - Barcelona, Spanien
Dauer: 7 Okt 201910 Okt 2019
http://congress.cimne.com/formandforce2019/frontal/default.asp

Konferenz

KonferenzIASS Symposium 2019
KurztitelIASS 2019
LandSpanien
OrtBarcelona
Zeitraum7/10/1910/10/19
Internetadresse

Fingerprint

Rigidity
Cables
Bearings (structural)
Adaptive systems
Arches
Materials properties

Schlagwörter

    Dies zitieren

    Rieth, J. M., Kastner, L., Holzinger, C., & Trummer, A. (2019). An Adaptive Pretension Structure. in Form and Force (S. 448-455)

    An Adaptive Pretension Structure. / Rieth, Jana Marie; Kastner, Lorenz; Holzinger, Christoph; Trummer, Andreas.

    Form and Force. 2019. S. 448-455.

    Publikation: Beitrag in Buch/Bericht/KonferenzbandBeitrag in einem KonferenzbandForschungBegutachtung

    Rieth, JM, Kastner, L, Holzinger, C & Trummer, A 2019, An Adaptive Pretension Structure. in Form and Force. S. 448-455, Barcelona, Spanien, 7/10/19.
    Rieth JM, Kastner L, Holzinger C, Trummer A. An Adaptive Pretension Structure. in Form and Force. 2019. S. 448-455
    @inproceedings{7cb89f3611a64fcdacd5bd8846f2574b,
    title = "An Adaptive Pretension Structure.",
    abstract = "An adaptive structure was chosen for the pavilion design due to its ability to react to variable conditions while increasing the material effectivity, which in turn leads to a weight reduction. The nineteen aligned arches are consisting of fifteen prefabricated modules, which are connected by a pretension cable. The adjustable modules generate the appropriate shape for the internal and external influences. According to the pretension in the cable, the shape, density and rigidity of the modules is adaptable. Each unit consists of two vertical plates, connected by a specially designed joint. The vertical elastic elements act as springs. They are made out of a deformable material with a highly elastic behavior and an adequate reset force. The material properties and dimensions are individualized to the required rigidity. Although the research of adaptive systems is widespread, the application is still minimal. In this research, it has been shown that it is possible to design and develop a practical solution with relatively limited resources, which is lightweight and contains an intelligent, adaptable load-bearing system.",
    keywords = "Conceptual modelling, Form finding, Optimization, arch, Pretension, Adaptive formwork, Prototyping, Spring, Permeability, geometry, deformation, Joint geometry, rigidity",
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    AU - Kastner, Lorenz

    AU - Holzinger, Christoph

    AU - Trummer, Andreas

    PY - 2019

    Y1 - 2019

    N2 - An adaptive structure was chosen for the pavilion design due to its ability to react to variable conditions while increasing the material effectivity, which in turn leads to a weight reduction. The nineteen aligned arches are consisting of fifteen prefabricated modules, which are connected by a pretension cable. The adjustable modules generate the appropriate shape for the internal and external influences. According to the pretension in the cable, the shape, density and rigidity of the modules is adaptable. Each unit consists of two vertical plates, connected by a specially designed joint. The vertical elastic elements act as springs. They are made out of a deformable material with a highly elastic behavior and an adequate reset force. The material properties and dimensions are individualized to the required rigidity. Although the research of adaptive systems is widespread, the application is still minimal. In this research, it has been shown that it is possible to design and develop a practical solution with relatively limited resources, which is lightweight and contains an intelligent, adaptable load-bearing system.

    AB - An adaptive structure was chosen for the pavilion design due to its ability to react to variable conditions while increasing the material effectivity, which in turn leads to a weight reduction. The nineteen aligned arches are consisting of fifteen prefabricated modules, which are connected by a pretension cable. The adjustable modules generate the appropriate shape for the internal and external influences. According to the pretension in the cable, the shape, density and rigidity of the modules is adaptable. Each unit consists of two vertical plates, connected by a specially designed joint. The vertical elastic elements act as springs. They are made out of a deformable material with a highly elastic behavior and an adequate reset force. The material properties and dimensions are individualized to the required rigidity. Although the research of adaptive systems is widespread, the application is still minimal. In this research, it has been shown that it is possible to design and develop a practical solution with relatively limited resources, which is lightweight and contains an intelligent, adaptable load-bearing system.

    KW - Conceptual modelling

    KW - Form finding

    KW - Optimization

    KW - arch

    KW - Pretension

    KW - Adaptive formwork

    KW - Prototyping

    KW - Spring

    KW - Permeability

    KW - geometry

    KW - deformation

    KW - Joint geometry

    KW - rigidity

    M3 - Conference contribution

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    EP - 455

    BT - Form and Force

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