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2Delta IXI: Deployable Structure with Flax Fibre Pultruded Profiles for Architectural Applications—Case Studies in Furniture and Adaptive Facade Systems
I. Courarie-Delage, E. Spyridonos, and H. Dahy. Designs, Special Issue Sustainable Construction: Innovations in Design, Engineering, and the Circular Economy, (March 2025)
2 months ago by @petraheim
show all tags
2025
adaptive
architecture
biocomposites
biomat
courarie-delage
dahy
deployable
fibre
fibres
itke
lightweight
methods
natural
profiles
pultruded
pultrusion
spyridonos
structures
sustainable
systems
threading
2025adaptivearchitecturebiocompositesbiomatcourarie-delagedahydeployablefibrefibresitkelightweightmethodsnaturalprofilespultrudedpultrusionspyridonosstructuressustainablesystemsthreading
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2Strategies in construction and assembly for the LightPRO Shell: An active-bending structure employing flax fibre pultruded profiles for sustainable architecture
E. Spyridonos, and H. Dahy. Structures, (February 2025)
3 months ago by @petraheim
show all tags
2025
Active-Bending
Architecture
Biocomposites
Dahy
Fibre
Fibres
Flax
Lightweight
Natural
Profiles
Pultruded
Pultrusion
Spyridonos
Structures
Sustainable
biomat
itke
2025Active-BendingArchitectureBiocompositesDahyFibreFibresFlaxLightweightNaturalProfilesPultrudedPultrusionSpyridonosStructuresSustainablebiomatitke
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2Reciprocal Lightweight Structures with Natural Fiber Biocomposite Profiles through Computational Design and Case Studies Validation
E. Spyridonos, A. Reiner, and H. Dahy. Proceedings of the IASS 2024 Symposium, (August 2024)
6 months ago by @petraheim
show all tags
2024
biocomposite
biomat
computational
dahy
design
fibre
iass
itke
lightweight
natural
profiles
pultruded
pultrusion
reiner
spyridonos
structures
2024biocompositebiomatcomputationaldahydesignfibreiassitkelightweightnaturalprofilespultrudedpultrusionreinerspyridonosstructures
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2Geometrical and Structural Design Development of an Active-Bending Structure from Natural Fibre Pultruded Profiles: The LightPRO Shell
E. Spyridonos, Y. Guo, M. Gil Pérez, and H. Dahy. Developments in the Built Environment, (December 2024)
6 months ago by @petraheim
show all tags
2024
Spyridonos
active-bending
architecture
biocomposites
biomat
dahy
development
fibre
geometrical
gil
guo
itke
lightweight
natural
profiles
pultruded
structural
structure
2024Spyridonosactive-bendingarchitecturebiocompositesbiomatdahydevelopmentfibregeometricalgilguoitkelightweightnaturalprofilespultrudedstructuralstructure
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2Application of Natural Fibre Pultruded Profiles in Diverse Lightweight Structures and Architectural Scenarios
E. Spyridonos, and H. Dahy. Architecture, Structures and Construction, (November 2024)
6 months ago by @petraheim
show all tags
2024
architecture
bio-based
biomat
dahy
deployable
fibre
itke
lightweight
natural
pultruded
resin
spyridonos
structure
2024architecturebio-basedbiomatdahydeployablefibreitkelightweightnaturalpultrudedresinspyridonosstructure
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3Natural Fibre Pultruded Profiles: Illustration of Optimisation Processes to Develop High-Performance Biocomposites for Architectural and Structural Applications
E. Spyridonos, M. Witt, K. Dippon, M. Milwich, G. Gresser, and H. Dahy. Composites Part C: Open Access, (July 2024)
6 months ago by @petraheim
show all tags
2024
architectural
biocomposites
biomat
dahy
fibre
itke
natural
optimization
profiles
pultruded
spyridonos
structural
witt
2024architecturalbiocompositesbiomatdahyfibreitkenaturaloptimizationprofilespultrudedspyridonosstructuralwitt
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3Mycomerge: Fabrication of Mycelium-Based Natural Fiber Reinforced Composites on a Rattan Framework
M. Nguyen, D. Solueva, E. Spyridonos, and H. Dahy. Biomimetics, 7 (2): 42 (April 2022)
6 months ago by @petraheim
show all tags
2022
biomat
composites
dahy
fiber
framework
itke
lightweight
mycelium
natural
nfrp
nguyen
polymers
rattan
reinforced
solueva
spyridonos
2022biomatcompositesdahyfiberframeworkitkelightweightmyceliumnaturalnfrpnguyenpolymersrattanreinforcedsoluevaspyridonos
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4Tensegrity FlaxSeat: Exploring the Application of Unidirectional Natural Fiber Biocomposite Profiles in a Tensegrity Configuration as a Concept for Architectural Applications
M. Renner, E. Spyridonos, and H. Dahy. Buildings, (August 2024)
6 months ago by @petraheim
show all tags
2024
architecture
biocomposite
biomat
dahy
fier
flax
itke
natural
renner
spyridonos
tensegrity
2024architecturebiocompositebiomatdahyfierflaxitkenaturalrennerspyridonostensegrity
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2livMatS Pavilion: Design and Development of a Novel Building System Based on Natural Fibres Coreless-wound Structural Components for Applicartons in Architecture
N. Dambrosio, C. Zechmeister, M. Gil Pérez, M. Dörstelmann, T. Stark, K. Rinderspacher, J. Knippers, and A. Menges. Journal of the International Association for Shell and Spatial Structures, Vol. 65 (2): 133 - 145 (June 2024)
9 months ago by @petraheim
show all tags
composites
computational
construction
coreless
dambrosio
design
dörstelmann
fabrication
fibre
filament
freiburg
gil
itke
knippers
menges
modular
natural
pavilion
prefabrication
rinderspacher
robotic
stark
structures
sustainable
winding
zechmeister
compositescomputationalconstructioncorelessdambrosiodesigndörstelmannfabricationfibrefilamentfreiburggilitkeknippersmengesmodularnaturalpavilionprefabricationrinderspacherroboticstarkstructuressustainablewindingzechmeister
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5Towards Modular Natural Fiber-Reinforced Polymer Architecture
S. Cutajar, V. Costalonga Martins, C. van der Hoven, P. Baszynski, and H. Dahy. Proceedings of the 40th Annual Conference of the Association of Computer Aided Design in Architecture (ACADIA), 1, page 564 - 573. ACADIA, (2020)
a year ago by @petraheim
show all tags
2020
architecture
baszynski
costalonga
cutajar
dahy
fiber-reinforced
hoven
itke
lightweight
modular
natural
polymer
2020architecturebaszynskicostalongacutajardahyfiber-reinforcedhovenitkelightweightmodularnaturalpolymer
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4Fibrx Rocking Chair: Design and Application of Tailored Timber as an Embedded Frame for Natural Fibre-Reinforced Polymer (NFRP) Coreless Winding
A. Pittiglio, A. Simpson, V. Costalonga Martins, and H. Dahy. Polymers, 15 (3): 495 (Jan 18, 2023)
a year ago by @petraheim
show all tags
2023
application
cfw
chair
computational
coreless
costalonga
dahy
design
fibre
fibrx
frame
itke
lightweight
natural
nfrp
pittiglio
polymer
rocking
simpson
tailored
timber
winding
2023applicationcfwchaircomputationalcorelesscostalongadahydesignfibrefibrxframeitkelightweightnaturalnfrppittigliopolymerrockingsimpsontailoredtimberwinding
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6Investigation of the Fabrication Suitability, Structural Performance, and Sustainability of Natural Fibers in Coreless Filament Winding
P. Mindermann, M. Gil Pérez, J. Knippers, and G. Gresser. Materials, 15 (9): 3260 (May 2022)
2 years ago by @petraheim
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2022
Coreless
Fabrication
Fibers
Filament
Investigation
Natural
Performance
Structural
Suitability
Sustainability
Winding
gil
gresser
itke
knippers
mindermann
of
the
2022CorelessFabricationFibersFilamentInvestigationNaturalPerformanceStructuralSuitabilitySustainabilityWindinggilgresseritkeknippersmindermannofthe
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2Structural Optimization through biomimetic-inspired material-specific Application of plant-based Natural Fiber-Reinforced Polymer Composites (NFRP)
T. Sippach, H. Dahy, K. Uhlig, B. Grisin, S. Carosella, and P. Middendorf. Polymers, (Dec 19, 2021)
4 years ago by @petraheim
show all tags
2021
NFRP
architectural
architecture
biocomposites
biomat
biomimetics
carosella
composites
dahy
design
fiber
flax
grisin
high-performance
itke
lightweight
material-appropriate
middendorf
natural
optimization
placement
polymer
reinforced
sippach
structure
sustainable
tailored
topology
uhlig
2021NFRParchitecturalarchitecturebiocompositesbiomatbiomimeticscarosellacompositesdahydesignfiberflaxgrisinhigh-performanceitkelightweightmaterial-appropriatemiddendorfnaturaloptimizationplacementpolymerreinforcedsippachstructuresustainabletailoredtopologyuhlig
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5Towards sustainable buildings with free-form geometries: Development and Application of flexible NFRP in load-bearing structures
H. Dahy. page 31-43. Springer Nature, Singapore, (February 2021)
4 years ago by @petraheim
show all tags
2021
application
architecture
biocomposite
biomat
dahy
development
fibre-reinforced
flexible
free-form
geometies
itke
load-bearing
material
natural
nfrp
structures
sustainable
2021applicationarchitecturebiocompositebiomatdahydevelopmentfibre-reinforcedflexiblefree-formgeometiesitkeload-bearingmaterialnaturalnfrpstructuressustainable
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3FlexFlax Stool: Validation of Moldless Fabrication of Complex Spatial Forms of Natural Fiber-Reinforced Polymer (NFRP) Structures through an Integrative Approach of Tailored Fiber Placement and Coreless Filament Winding Techniques
V. Costalonga Martins, S. Cutajar, C. van der Hoven, P. Baszyński, and H. Dahy. Applied Sciences, 10 (9): 3278 (May 2020)
5 years ago by @petraheim
show all tags
NFRP
baszynski
biomat
coreless
costalonge
cutajar
dahy
fabrication
fiber
fiber-reinforced
filament
forms
hoven
itke
moldless
natural
placement
ploymer
spatial
structures
tailored
techniques
winding
NFRPbaszynskibiomatcorelesscostalongecutajardahyfabricationfiberfiber-reinforcedfilamentformshovenitkemoldlessnaturalplacementploymerspatialstructurestailoredtechniqueswinding
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4Curved Foldable Tailored Fiber Reinforcements for Moldless Customized Bio-Composite Structures. Proof of Concept: Biomimetic NFRP Stools
G. Rihaczek, M. Klammer, O. Basnak, J. Petrs, B. Grisin, H. Dahy, S. Carosella, and P. Middendorf. Polymers, (Sep 2, 2020)
5 years ago by @petraheim
show all tags
NFRP
basnak
bio-composites
biomat
carosella
curved
dahy
digital
fabrication
fiber
fiber-reinforced
folding
gradient
grisin
itke
klammer
middendorf
moldless
natural
petrs
placement
polymers
rihaczek
stiffness
tailored
NFRPbasnakbio-compositesbiomatcarosellacurveddahydigitalfabricationfiberfiber-reinforcedfoldinggradientgrisinitkeklammermiddendorfmoldlessnaturalpetrsplacementpolymersrihaczekstiffnesstailored
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3Towards branched supporting structures out of concrete-FRP composites inspired from natural branchings
F. Jonas, L. Born, C. Möhl, G. Gresser, and J. Knippers. Proceedings of the IASS Annual Symposium 2018, Boston, USA, MIT, (16-19 July 2018)
5 years ago by @petraheim
show all tags
2018
architecture
biomimetic
born
branched
branching
composite
concrete
concrete-frp
frp
gresser
inspired
itke
jonas
knippers
möhl
natural
structure
supporting
2018architecturebiomimeticbornbranchedbranchingcompositeconcreteconcrete-frpfrpgresserinspireditkejonasknippersmöhlnaturalstructuresupporting
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2Biocomposites for architectural applications based on the second generation of natural annual renewable resource
H. Dahy. SBE 16- Sustainable Built Environment Conference 2016, Hamburg, (March 2016)
5 years ago by @petraheim
show all tags
2016
annual
application
architectural
based
biocomposite
biomat
dahy
generation
itke
natural
renewable
ressource
second
2016annualapplicationarchitecturalbasedbiocompositebiomatdahygenerationitkenaturalrenewableressourcesecond
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2Natural fibres as ecologic flame retardants in green agro-plastic building products?
H. Dahy, and J. Knippers. Internationales Symposium: naro.tech Werkstoffe aus Nachwachsende Rohstoffen, Erfurt, (2014)
5 years ago by @petraheim
show all tags
2014
agro-plastic
architecture
biobased
biomat
building
dahy
ecologic
fibre
flame
itke
knippers
natural
product
retardant
2014agro-plasticarchitecturebiobasedbiomatbuildingdahyecologicfibreflameitkeknippersnaturalproductretardant
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2Natural & Regenerated Cellulose Fibre-Reinforced Plastics
J. Müssig, N. Graupner, A. Mader, and K. Haag. nova Institut GmbH (Organiser & Editor) 2012: 5th Internat. Congress 2012 on Bio-based Plastics and Composites & Industrial Biotechnology, Hürth, nova-Institut GmbH, (March 2012)
5 years ago by @petraheim
show all tags
2012
biomimetic
cellulose
fibre
fibre-reinforced
graupner
haag
itke
mader
müssig
natural
plastic
regenerated
2012biomimeticcellulosefibrefibre-reinforcedgraupnerhaagitkemadermüssignaturalplasticregenerated
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publications (hide)23
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2Delta IXI: Deployable Structure with Flax Fibre Pultruded Profiles for Architectural Applications—Case Studies in Furniture and Adaptive Facade Systems

2Strategies in construction and assembly for the LightPRO Shell: An active-bending structure employing flax fibre pultruded profiles for sustainable architecture

2Reciprocal Lightweight Structures with Natural Fiber Biocomposite Profiles through Computational Design and Case Studies Validation

2Geometrical and Structural Design Development of an Active-Bending Structure from Natural Fibre Pultruded Profiles: The LightPRO Shell

2Application of Natural Fibre Pultruded Profiles in Diverse Lightweight Structures and Architectural Scenarios

3Natural Fibre Pultruded Profiles: Illustration of Optimisation Processes to Develop High-Performance Biocomposites for Architectural and Structural Applications

3Mycomerge: Fabrication of Mycelium-Based Natural Fiber Reinforced Composites on a Rattan Framework

4Tensegrity FlaxSeat: Exploring the Application of Unidirectional Natural Fiber Biocomposite Profiles in a Tensegrity Configuration as a Concept for Architectural Applications

2livMatS Pavilion: Design and Development of a Novel Building System Based on Natural Fibres Coreless-wound Structural Components for Applicartons in Architecture

5Towards Modular Natural Fiber-Reinforced Polymer Architecture

4Fibrx Rocking Chair: Design and Application of Tailored Timber as an Embedded Frame for Natural Fibre-Reinforced Polymer (NFRP) Coreless Winding

6Investigation of the Fabrication Suitability, Structural Performance, and Sustainability of Natural Fibers in Coreless Filament Winding

2Structural Optimization through biomimetic-inspired material-specific Application of plant-based Natural Fiber-Reinforced Polymer Composites (NFRP)

5Towards sustainable buildings with free-form geometries: Development and Application of flexible NFRP in load-bearing structures

3FlexFlax Stool: Validation of Moldless Fabrication of Complex Spatial Forms of Natural Fiber-Reinforced Polymer (NFRP) Structures through an Integrative Approach of Tailored Fiber Placement and Coreless Filament Winding Techniques

4Curved Foldable Tailored Fiber Reinforcements for Moldless Customized Bio-Composite Structures. Proof of Concept: Biomimetic NFRP Stools

3Towards branched supporting structures out of concrete-FRP composites inspired from natural branchings

2Biocomposites for architectural applications based on the second generation of natural annual renewable resource

2Natural fibres as ecologic flame retardants in green agro-plastic building products?

2Natural & Regenerated Cellulose Fibre-Reinforced Plastics

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