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Freedom of form and material
Arno Pronk
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Polymer foam
Trabecular bone
Cortical bone
Modeling/remodeling bone structures
Freedom of form and material
Arno Pronk
STRUCTURE
FORCE
1
FORCE
2
SITE
FORM
CURVE
APPLICATION
Typology
Capabilit
y to resist
Bending
Tension
+
Pressure
-
Insitu
Prefab.
2D – 3D
Zeroclastic
Monoclastic
Synclastic
Anticlastic
Mass active
High
+ and -
Insi. Pref.
2D
Zeroclastic
3D
Zeroclastic
Beam
Floor
Vector active
Truss
Space structure
Tensigrity
Low
+ and -
2D
3D
Insi. Pref.
Zeroclastic
Zeroclastic
Fold Structure
Wagon Vault
Dome
Shell
Zeroclastic
Anticlastic
Synclastic
Monoclastic
3D
Insitu
+ and -
Low
Surface active
Arc
Cable Structure
Tent Structure
Inflatable
Synclastic
Anticlastic
Monoclastic
Form active
No Bend.
+
Prefab
3D
-
Insi. Pref.
2D
STRUCTURE
FORCE1
FORCE2
SITE
FORM
CURVE
APPLICATION
Typology
Capabilit
y to resist
Bending
Tension+
Pressure-
Insitu
Prefab.
2D – 3D
Zeroclastic
Monoclastic
Synclastic
Anticlastic
Mass active
High
+ and -
Insi. Pref.
2D
Zeroclastic
3D
Zeroclastic
Beam
Floor
Vector active
Truss
Space structure
Tensigrity
Low
+ and -
2D
3D
Insi. Pref.
Zeroclastic
Zeroclastic
Fold Structure
Wagon Vault
Dome
Shell
Zeroclastic
Anticlastic
Synclastic
Monoclastic
3D
Insitu
+ and -
Low
Surface active
Arc
Cable Structure
Tent Structure
Inflatable
Synclastic
Anticlastic
Monoclastic
Form active
No Bend.
+
Prefab
3D
-
Insi. Pref.
2D
Form active
Surface active
Low
No Bending
+ and -
Prefab
3D
Synclastic
Anticlastic
Dome
Shell
Inflatable
Tent Structure
Cable Structure
+
Insitu
3D
Synclastic
Anticlastic
Grid shell
Form-active Mould to Surface-active Shell
85 ways to manipulate a membrane
Form-active Mould to Surface-active Shell
1. Making a physical model.
2. Rigidizing the model.
3. Digital scan of the model.
4. Analyse form-active behaviour.
5. Analyse surface-active behaviour.
6. Method of construction.
Form-active Mould to Surface-active Shell
Yo
ur
case?
ISoFF www.fabricforming.org
* * * *
Form-active Mould to Surface-active Shell
* * *
* * *
Form-active Mould to Surface-active Shell
* * * *
* * * * *
Form-active Mould to Surface-active Shell
Form-active Mould to Surface-active Shell
Jurgen Bey
The inflatables
Free forms
with
modular
inflatables
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
outer layer has to be plastered
to get a smooth surface.
the concrete will be pigmented to
Get the right colour
outer layer has to be plastered
to get a smooth surface.
the concrete will be pigmented to
Get the right colour
TU/e www.arnopronk.com
18 septemberplein
Eindhoven
Design M. Fuksas
outer layer has to be plastered
to get a smooth surface.
the concrete will be pigmented to
Get the right colour
Design: Massimiliano Fuksas for municipal of Eindhoven
TU/e www.arnopronk.com
18 septemberplein
Eindhoven
Design M. Fuksas
18 septemberplein
Eindhoven
Design M. Fuksas
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Some events
Some events
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Elective Arno Pronk
Structural Optimization [topology]
Topology optimized beam based on the funicular shapes of inflatables
Structural Optimization [shape and size]
Interpretation of inspire model for parametric modeling
Buelow, 2011
Paragen Cycle
Scatter plot ParaGen results
Structural Optimization [shape and size]
Weight vs modalfrequency
ID 1269
ID 1249
ID 1259
Structural Optimization [scale models]
Manufacturing method [Dominicus et al, 2009]
Producing– Prototyping of the fittest solutions.
Theory vs practice
Structural Optimization [scale models]
Concrete Scale models
ICE
Arno Pronk
TU/e
Arno Pronk
TU/e
Adjustable Mouldings
1 Jeroen van Helvoirt,
2 Daan Rietbergen, Karel Vollers,
3 Ivo van Rooy, Pieter Schinkel
4 Sebastiaan Boers,
5 Christiaan Raun e.a.
Steel frame
height adjustable tubes
beam to fix the rubber on
EPDM profile edge
Design of an adjustable mould for hot bending glass, using steel wire netting Research in cooperation with Jan Belis University of Gent
FREE FORM GLASS STRUCTURES
Adaptability of net structure
Net fixation
Friction in the wires
- no clamping
- movement of wires
Net fixation test
Tensegrity plate structure
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Tensegrity
Rods and cables can be replaced by double curved glass plates
Final model
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
Pavilion for NIMK
Design & Engineering:
Michiel Kluiters and Arno Pronk
construction:
Jan Huisman, Plavercon and Carpro
2015 IASS conference in the Muziekgebouw in Amsterdam
IASS Pavilion Contest 2014 – 2015
The IASS invites universities and/or companies to participate in a contest and exhibition of
structurally innovative pavilions.
The exhibition will be held during the 2015 IASS conference in the Muziekgebouw in
Amsterdam and will be part of the Holland Festival at the end of June 2015 as well.
Two phases
The pavilion contest consists of two phases.
The first phase is the exhibition and selection of proposals at the 2014 IASS conference in
Brazil.
The second phase is the building of the selected pavilions by the participants and exhibition of
the pavilions in Amsterdam in July and August 2015. During the 2015 conference in august the
IASS will select the winning pavilions.
www.iass-structures.org
www.pykretedome.com
www.ArnoPronk.com
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