Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'

F.A.A. Huijben, F. Herwijnen, van, R. Nijsse

Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

36 Downloads (Pure)

Abstract

Vacuumatics consist of unbound particles inside a flexible membrane enclosure of which the internal air is removed to create a pressure difference with the ambient (atmospheric) pressure. This ‘externally’ acting ‘vacuum pressure’ stabilises the unbound particles into their present configuration. The ability to adjust the level of under-pressure, referred to as the ‘flexibility control’ of Vacuumatics, enables vacuumatics structures to be ‘freely’ shaped into almost any thinkable shape. From practical point of view the shaping of Vacuumatics is considered by deforming an initially flat structure. Furthermore, by locally changing the configuration of the unbound particles imprints can be made into the surface texture of the structure. Also, objects can be added in between the particle filling and the membrane envelope, which enables additional customisation of the structure. By effectively utilising this adaptability of shape as well as surface texture, Vacuumatics can be applied as a self-supporting formwork structure to produce ‘freely’ curved concrete structures with customised surface textures. The flexibility control of Vacuumatics is considered in this paper from a structural as well as morphological point of view, elaborating two shape design methods referred to as the ‘suspension method’ and the ‘lifting method’. A real-time concrete shell construction illustrates the effectiveness of using Vacuumatics as a flexible formwork technique.
Original languageEnglish
Title of host publicationProceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK
Place of PublicationClaverton Down
PublisherUniversity of Bath
Pages154-163
ISBN (Print)978-0-86197-185-5
Publication statusPublished - 2012
Eventconference; 2nd International Conference on Flexible Formwork; 2012-06-27; 2012-06-29 -
Duration: 27 Jun 201229 Jun 2012

Conference

Conferenceconference; 2nd International Conference on Flexible Formwork; 2012-06-27; 2012-06-29
Period27/06/1229/06/12
Other2nd International Conference on Flexible Formwork

Fingerprint

Textures
Concretes
Membranes
Enclosures
Concrete construction
Atmospheric pressure
Vacuum
Air

Cite this

Huijben, F. A. A., Herwijnen, van, F., & Nijsse, R. (2012). Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'. In Proceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK (pp. 154-163). Claverton Down: University of Bath.
Huijben, F.A.A. ; Herwijnen, van, F. ; Nijsse, R. / Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'. Proceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK. Claverton Down : University of Bath, 2012. pp. 154-163
@inproceedings{b52ffae4d8f24608a818018408c70905,
title = "Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'",
abstract = "Vacuumatics consist of unbound particles inside a flexible membrane enclosure of which the internal air is removed to create a pressure difference with the ambient (atmospheric) pressure. This ‘externally’ acting ‘vacuum pressure’ stabilises the unbound particles into their present configuration. The ability to adjust the level of under-pressure, referred to as the ‘flexibility control’ of Vacuumatics, enables vacuumatics structures to be ‘freely’ shaped into almost any thinkable shape. From practical point of view the shaping of Vacuumatics is considered by deforming an initially flat structure. Furthermore, by locally changing the configuration of the unbound particles imprints can be made into the surface texture of the structure. Also, objects can be added in between the particle filling and the membrane envelope, which enables additional customisation of the structure. By effectively utilising this adaptability of shape as well as surface texture, Vacuumatics can be applied as a self-supporting formwork structure to produce ‘freely’ curved concrete structures with customised surface textures. The flexibility control of Vacuumatics is considered in this paper from a structural as well as morphological point of view, elaborating two shape design methods referred to as the ‘suspension method’ and the ‘lifting method’. A real-time concrete shell construction illustrates the effectiveness of using Vacuumatics as a flexible formwork technique.",
author = "F.A.A. Huijben and {Herwijnen, van}, F. and R. Nijsse",
year = "2012",
language = "English",
isbn = "978-0-86197-185-5",
pages = "154--163",
booktitle = "Proceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK",
publisher = "University of Bath",
address = "United Kingdom",

}

Huijben, FAA, Herwijnen, van, F & Nijsse, R 2012, Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'. in Proceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK. University of Bath, Claverton Down, pp. 154-163, conference; 2nd International Conference on Flexible Formwork; 2012-06-27; 2012-06-29, 27/06/12.

Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'. / Huijben, F.A.A.; Herwijnen, van, F.; Nijsse, R.

Proceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK. Claverton Down : University of Bath, 2012. p. 154-163.

Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

TY - GEN

T1 - Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'

AU - Huijben, F.A.A.

AU - Herwijnen, van, F.

AU - Nijsse, R.

PY - 2012

Y1 - 2012

N2 - Vacuumatics consist of unbound particles inside a flexible membrane enclosure of which the internal air is removed to create a pressure difference with the ambient (atmospheric) pressure. This ‘externally’ acting ‘vacuum pressure’ stabilises the unbound particles into their present configuration. The ability to adjust the level of under-pressure, referred to as the ‘flexibility control’ of Vacuumatics, enables vacuumatics structures to be ‘freely’ shaped into almost any thinkable shape. From practical point of view the shaping of Vacuumatics is considered by deforming an initially flat structure. Furthermore, by locally changing the configuration of the unbound particles imprints can be made into the surface texture of the structure. Also, objects can be added in between the particle filling and the membrane envelope, which enables additional customisation of the structure. By effectively utilising this adaptability of shape as well as surface texture, Vacuumatics can be applied as a self-supporting formwork structure to produce ‘freely’ curved concrete structures with customised surface textures. The flexibility control of Vacuumatics is considered in this paper from a structural as well as morphological point of view, elaborating two shape design methods referred to as the ‘suspension method’ and the ‘lifting method’. A real-time concrete shell construction illustrates the effectiveness of using Vacuumatics as a flexible formwork technique.

AB - Vacuumatics consist of unbound particles inside a flexible membrane enclosure of which the internal air is removed to create a pressure difference with the ambient (atmospheric) pressure. This ‘externally’ acting ‘vacuum pressure’ stabilises the unbound particles into their present configuration. The ability to adjust the level of under-pressure, referred to as the ‘flexibility control’ of Vacuumatics, enables vacuumatics structures to be ‘freely’ shaped into almost any thinkable shape. From practical point of view the shaping of Vacuumatics is considered by deforming an initially flat structure. Furthermore, by locally changing the configuration of the unbound particles imprints can be made into the surface texture of the structure. Also, objects can be added in between the particle filling and the membrane envelope, which enables additional customisation of the structure. By effectively utilising this adaptability of shape as well as surface texture, Vacuumatics can be applied as a self-supporting formwork structure to produce ‘freely’ curved concrete structures with customised surface textures. The flexibility control of Vacuumatics is considered in this paper from a structural as well as morphological point of view, elaborating two shape design methods referred to as the ‘suspension method’ and the ‘lifting method’. A real-time concrete shell construction illustrates the effectiveness of using Vacuumatics as a flexible formwork technique.

M3 - Conference contribution

SN - 978-0-86197-185-5

SP - 154

EP - 163

BT - Proceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK

PB - University of Bath

CY - Claverton Down

ER -

Huijben FAA, Herwijnen, van F, Nijsse R. Structural Morphology of VACUUMATICS 3D Formwork Systems: Constructing Thin Concrete Shells with 'Nothing'. In Proceedings of the 2nd International Conference on Flexible Formwork (ICFF2012), 27-29 June, 2012, Bath, UK. Claverton Down: University of Bath. 2012. p. 154-163