tag :: Architecture design | PUMA

Lesezeichen (verstecken)
Anzeige
alles
nur Lesezeichen
Lesezeichen pro Seite
5
10
20
50
100
sortieren nach
hinzugefügt am
Titel
RSS
BibTeX
XML

Keine Treffer.

⟨⟨
⟨
⟩
⟩⟩

Publikationen (verstecken)105
Anzeige
alles
nur Publikationen
Publikationen pro Seite
5
10
20
50
100
sortieren nach
hinzugefügt am
Titel
Autor
Erscheinungsdatum
Eintragstyp
Hilfe für erweiterte Sortierung...
BibTeX
CSV
RDF
RSS
mehr...

3Bio-Modules: Mycelium-Based Composites Forming a Modular Interlocking System through a Computational Design towards Sustainable Architecture
O. Abdelhady, E. Spyridonos, und H. Dahy. Designs, 7 (1): 20 (Februar 2023)
vor 9 Monaten von @petraheim
alle anzeigen
2023
abdelhady
architecture
biomat
composite
computational
dahy
design
itke
modular
mycelium
spyridonos
sustainable
2023abdelhadyarchitecturebiomatcompositecomputationaldahydesignitkemodularmyceliumspyridonossustainable
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3Bio-Modules: Mycelium-Based Composites Forming a Modular Interlocking System through a Computational Design towards Sustainable Architecture
O. Abdelhady, E. Spyridonos, und H. Dahy. Designs, 7 (1): 20 (2023)
vor 9 Monaten von @itke
alle anzeigen
modular
biomat
mycelium
dahy
sustainable
2023
design
itke
spyridonos
composite
abdelhady
computational
architecture
modularbiomatmyceliumdahysustainable2023designitkespyridonoscompositeabdelhadycomputationalarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Tailored Lace : Moldless Fabrication of 3D Bio-Composite Structures through an Integrative Design and Fabrication Process
A. Lehrecke, C. Tucker, X. Yang, P. Baszynski, und H. Dahy. Applied Sciences, 11 (22): 10989 (2021)
vor 2 Jahren von @itke
alle anzeigen
2021
3D
architecture
baszynski
bio-composite
biomat
craft
dahy
design
digital
fabrication
integrative
itke
lace
lehrecke
moldless
process
structure
tailored
tucker
20213Darchitecturebaszynskibio-compositebiomatcraftdahydesigndigitalfabricationintegrativeitkelacelehreckemoldlessprocessstructuretailoredtucker
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Tailored Lace : Moldless Fabrication of 3D Bio-Composite Structures through an Integrative Design and Fabrication Process
A. Lehrecke, C. Tucker, X. Yang, P. Baszynski, und H. Dahy. Applied Sciences, 11 (22): 10989 (2021)
vor 2 Jahren von @petraheim
alle anzeigen
2021
3D
architecture
baszynski
bio-composite
biomat
craft
dahy
design
digital
fabrication
integrative
itke
lace
lehrecke
moldless
process
structure
tailored
tucker
20213Darchitecturebaszynskibio-compositebiomatcraftdahydesigndigitalfabricationintegrativeitkelacelehreckemoldlessprocessstructuretailoredtucker
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Towards Design Flexibility and Freedom In Multi-Storey Timber Construction: Architectural Applications of a Novel, Adaptive Hollow Slab Building System
H. Svatoš-Ražnjević, A. Krtschil, L. Orozco, G. Neubauer, J. Knippers, und A. Menges. World Conference on Timber Engineering (WCTE 2023), Seite 3905--3916. As, Norway, World Conference on Timber Engineering (WCTE 2023), (2023)
vor 2 Jahren von @petraheim
alle anzeigen
2023
adaptive
architecture
building
construction
design
digital
flexibility
hollow
itke
knippers
krtschil
menges
multi-storey
neubauer
orozco
slab
svatoš-raznjević
system
timber
2023adaptivearchitecturebuildingconstructiondesigndigitalflexibilityhollowitkeknipperskrtschilmengesmulti-storeyneubauerorozcoslabsvatoš-raznjevićsystemtimber
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6Research on integral design and planning processes for adaptive buildings
S. Leistner, C. Honold, M. Maierhofer, W. Haase, L. Blandini, W. Sobek, D. Roth, H. Binz, und A. Menges. Architectural Engineering and Design Management, (2020)
vor 2 Jahren von @jmueller
alle anzeigen
adaptive
architecture
design
integral
material
planning
planning,
process,
savings,
sobek
adaptivearchitecturedesignintegralmaterialplanningplanning,process,savings,sobek
KopierenLöschenDiese Publikation zur Ablage hinzufügen
5Integrative Structural Design of Non-Standard Building Systems: Coreless Filament-Wound Structures as a Case Study.
M. Gil Pérez. University of Stuttgart, Stuttgart, dissertation, (Februar 2023)
vor 2 Jahren von @petraheim
alle anzeigen
2023
Integrative
Structural
architecture
building
coreless
coreless-wound
design
engineering
gil
itke
non-standard
perez
structures
systems
2023IntegrativeStructuralarchitecturebuildingcorelesscoreless-wounddesignengineeringgilitkenon-standardperezstructuressystems
KopierenLöschenDiese Publikation zur Ablage hinzufügen
5Integrative Structural Design of Non-Standard Building Systems: Coreless Filament-Wound Structures as a Case Study.
M. Gil Pérez. University of Stuttgart, Stuttgart, dissertation, (Februar 2023)
vor 2 Jahren von @itke
alle anzeigen
coreless
Structural
gil
perez
2023
building
engineering
non-standard
systems
design
Integrative
itke
from:petraheim
structures
coreless-wound
architecture
corelessStructuralgilperez2023buildingengineeringnon-standardsystemsdesignIntegrativeitkefrom:petraheimstructurescoreless-woundarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3More-Than-Human Perspective in Indigenous Cultures: Holistic Systems Informing Computational Models in Architecture, Urban and Landscape Design towards the Post-Anthropocene Epoch
Y. Zavoleas, P. Stevens, J. Johnstone, und M. Davidová. Buildings, 13 (1): 1-23 (Januar 2023)
vor 2 Jahren von @intcdc
alle anzeigen
architecture
computational
design
from:mariedavidova
indigenous
landscape
mapping
more-than-humas
paintings
peer
rp29
systemic
urban
architecturecomputationaldesignfrom:mariedavidovaindigenouslandscapemappingmore-than-humaspaintingspeerrp29systemicurban
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3More-Than-Human Perspective in Indigenous Cultures: Holistic Systems Informing Computational Models in Architecture, Urban and Landscape Design towards the Post-Anthropocene Epoch
Y. Zavoleas, P. Stevens, J. Johnstone, und M. Davidová. Buildings, 13 (1): 1-23 (Januar 2023)
vor 3 Jahren von @mariedavidova
alle anzeigen
architecture
computational
design
indigenous
landscape
mapping
more-than-humas
myown
paintings
peer
rp29
systemic
urban
architecturecomputationaldesignindigenouslandscapemappingmore-than-humasmyownpaintingspeerrp29systemicurban
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6A design methodology for fiber layup optimization of filament wound structural components
Y. Guo, M. Gil Pérez, G. Serhat, und J. Knippers. Structures, (April 2022)
vor 3 Jahren von @itke
alle anzeigen
Finite
layup
fiber
knippers
2022
engineering
analysis
filament
Fiber-reinforced
itke
serhan
from:petraheim
winding
(FEA)
Lamination
parameters
methodology
components
guo
buckling
polymer
gil
wound
design
optimization
structural
(FRP)
element
Coreless
architecture
Finitelayupfiberknippers2022engineeringanalysisfilamentFiber-reinforceditkeserhanfrom:petraheimwinding(FEA)Laminationparametersmethodologycomponentsguobucklingpolymergilwounddesignoptimizationstructural(FRP)elementCorelessarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6Integrative material and structural design methods for natural fibres filament-wound composite structures: The LivMatS pavilion
M. Gil Pérez, Y. Guo, und J. Knippers. Material & Design, (Mai 2022)
vor 3 Jahren von @petraheim
alle anzeigen
2022
Coreless
Fibre-polymer
Flax
Freiburg
Gil
Integrative
LivMatS
Material
Mechanical
Robotic
architecture
characterisation
composites
design
engineering
fabrication
fibres
filament
filament-wound
guo
integrative
itke
knippers
pavilion
structural
testing
winding
2022CorelessFibre-polymerFlaxFreiburgGilIntegrativeLivMatSMaterialMechanicalRoboticarchitecturecharacterisationcompositesdesignengineeringfabricationfibresfilamentfilament-woundguointegrativeitkeknipperspavilionstructuraltestingwinding
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6Integrative material and structural design methods for natural fibres filament-wound composite structures: The LivMatS pavilion
M. Gil Pérez, Y. Guo, und J. Knippers. Material & Design, (Mai 2022)
vor 3 Jahren von @itke
alle anzeigen
Robotic
LivMatS
Gil
knippers
pavilion
2022
engineering
Material
filament
characterisation
itke
from:petraheim
Mechanical
winding
testing
fabrication
Flax
Freiburg
guo
filament-wound
fibres
Fibre-polymer
integrative
design
structural
Integrative
composites
Coreless
architecture
RoboticLivMatSGilknipperspavilion2022engineeringMaterialfilamentcharacterisationitkefrom:petraheimMechanicalwindingtestingfabricationFlaxFreiburgguofilament-woundfibresFibre-polymerintegrativedesignstructuralIntegrativecompositesCorelessarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6A design methodology for fiber layup optimization of filament wound structural components
Y. Guo, M. Gil Pérez, G. Serhat, und J. Knippers. Structures, (April 2022)
vor 4 Jahren von @petraheim
alle anzeigen
(FEA)
(FRP)
2022
Coreless
Fiber-reinforced
Finite
Lamination
analysis
architecture
buckling
components
design
element
engineering
fiber
filament
gil
guo
itke
knippers
layup
methodology
optimization
parameters
polymer
serhat
structural
winding
wound
(FEA)(FRP)2022CorelessFiber-reinforcedFiniteLaminationanalysisarchitecturebucklingcomponentsdesignelementengineeringfiberfilamentgilguoitkeknipperslayupmethodologyoptimizationparameterspolymerserhatstructuralwindingwound
KopierenLöschenDiese Publikation zur Ablage hinzufügen
4Integrative structural design of a timber-fibre hybrid building system fabricated through coreless filament winding: Maison Fibre
M. Gil Pérez, N. Früh, R. La Magna, und J. Knippers. Journal of Building Engineering, (22.05.2022)
vor 4 Jahren von @itke
alle anzeigen
2022
Knippers
Magna
analysis
architecture
biennale
building
coreless
design
element
engineering
fabricated
fibre
filament
finite
from:petraheim
früh
gil
hybrid
integrative
itke
maison
structural
system
timber-fibre
venice
winding
2022KnippersMagnaanalysisarchitecturebiennalebuildingcorelessdesignelementengineeringfabricatedfibrefilamentfinitefrom:petraheimfrühgilhybridintegrativeitkemaisonstructuralsystemtimber-fibrevenicewinding
KopierenLöschenDiese Publikation zur Ablage hinzufügen
4Integrative structural design of a timber-fibre hybrid building system fabricated through coreless filament winding: Maison Fibre
M. Gil Pérez, N. Früh, R. La Magna, und J. Knippers. Journal of Building Engineering, (22.05.2022)
vor 4 Jahren von @petraheim
alle anzeigen
2022
Knippers
Magna
analysis
architecture
biennale
building
coreless
design
element
engineering
fabricated
fibre
filament
finite
früh
gil
hybrid
integrative
itke
maison
structural
system
timber-fibre
venice
winding
2022KnippersMagnaanalysisarchitecturebiennalebuildingcorelessdesignelementengineeringfabricatedfibrefilamentfinitefrühgilhybridintegrativeitkemaisonstructuralsystemtimber-fibrevenicewinding
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Design Methods for Variable Density, Multi-Directional Composite Timber Slab Systems for Multi-Storey
L. Orozco, A. Krtschil, H. Wagner, S. Bechert, F. Amtsberg, L. Skoury, J. Knippers, und A. Menges. Proceedings of the 39th eCAADe Conference, 1, Seite 303--312. Novi Sad, Cumincad, (2021)
vor 4 Jahren von @petraheim
alle anzeigen
2021
agent-based
amtsberg
architecture
bechert
composite
computational
density
design
itke
knippers
krtschil
menges
methods
modelling
multi-directional
multi-storey
orozco
skoury
slab
systems
timber
variable
wagner
2021agent-basedamtsbergarchitecturebechertcompositecomputationaldensitydesignitkeknipperskrtschilmengesmethodsmodellingmulti-directionalmulti-storeyorozcoskouryslabsystemstimbervariablewagner
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Design Methods for Variable Density, Multi-Directional Composite Timber Slab Systems for Multi-Storey
L. Orozco, A. Krtschil, H. Wagner, S. Bechert, F. Amtsberg, L. Skoury, J. Knippers, und A. Menges. Proceedings of the 39th eCAADe Conference, 1, Seite 303--312. Novi Sad, Cumincad, (2021)
vor 4 Jahren von @itke
alle anzeigen
knippers
2021
density
amtsberg
modelling
krtschil
itke
from:petraheim
menges
variable
multi-storey
methods
wagner
slab
agent-based
skoury
systems
design
composite
multi-directional
timber
computational
orozco
architecture
bechert
knippers2021densityamtsbergmodellingkrtschilitkefrom:petraheimmengesvariablemulti-storeymethodswagnerslabagent-basedskourysystemsdesigncompositemulti-directionaltimbercomputationalorozcoarchitecturebechert
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Design and development of an FRP-Timber hybrid building system for multi-story applications in architecture: Maison Fibre
N. Dambrosio, C. Zechmeister, R. Duque Estrada, F. Kannenberg, M. Gil Pérez, C. Schlopschnat, K. Rinderspacher, J. Knippers, und A. Menges. Proceedings of the ACADIA Conference 2021, (2021)
vor 4 Jahren von @petraheim
alle anzeigen
2021
Duque
Estrada
Zechmeister
application
architecture
biennale
building
dambrosio
design
development
fibre
frp
frp-timber
hybrid
itke
kannenberg
knippers
maison
menges
multi-story
rinderspacher
schlopschnat
system
venice
2021DuqueEstradaZechmeisterapplicationarchitecturebiennalebuildingdambrosiodesigndevelopmentfibrefrpfrp-timberhybriditkekannenbergknippersmaisonmengesmulti-storyrinderspacherschlopschnatsystemvenice
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Design and development of an FRP-Timber hybrid building system for multi-story applications in architecture: Maison Fibre
N. Dambrosio, C. Zechmeister, R. Duque Estrada, F. Kannenberg, M. Gil Pérez, C. Schlopschnat, K. Rinderspacher, J. Knippers, und A. Menges. Proceedings of the ACADIA Conference 2021, (2021)
vor 4 Jahren von @itke
alle anzeigen
frp
dambrosio
development
biennale
knippers
2021
application
Estrada
system
hybrid
itke
from:petraheim
multi-story
menges
fibre
Zechmeister
building
schlopschnat
kannenberg
design
maison
venice
Duque
frp-timber
rinderspacher
architecture
frpdambrosiodevelopmentbiennaleknippers2021applicationEstradasystemhybriditkefrom:petraheimmulti-storymengesfibreZechmeisterbuildingschlopschnatkannenbergdesignmaisonveniceDuquefrp-timberrinderspacherarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6Structural design assisted by testing for modular coreless filament-wound composites: The BUGA Fibre Pavilion
M. Gil Pérez, B. Rongen, V. Koslowski, und J. Knippers. Construction and Building Materials, (September 2021)
vor 4 Jahren von @petraheim
alle anzeigen
(FEA)
2021
Buckling
Carbon
Fibre-polymer
Finite
Lightweight
Mechanical
analysis
architecture
buga
composite
composites
coreless
design
dome
element
engineering
fibre
filament
filament-wound
gil
heilbronn
itke
knippers
koslowski
modular
pavilion
perez
rongen
structural
structure
testing
winding
(FEA)2021BucklingCarbonFibre-polymerFiniteLightweightMechanicalanalysisarchitecturebugacompositecompositescorelessdesigndomeelementengineeringfibrefilamentfilament-woundgilheilbronnitkeknipperskoslowskimodularpavilionperezrongenstructuralstructuretestingwinding
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6Structural design assisted by testing for modular coreless filament-wound composites: The BUGA Fibre Pavilion
M. Gil Pérez, B. Rongen, V. Koslowski, und J. Knippers. Construction and Building Materials, (September 2021)
vor 4 Jahren von @itke
alle anzeigen
Finite
modular
knippers
pavilion
engineering
2021
analysis
Carbon
filament
itke
from:petraheim
Mechanical
winding
testing
(FEA)
fibre
buga
filament-wound
structurestructural
koslowski
coreless
Fibre-polymer
Lightweight
rongen
perez
heilbronn
dome
design
composite
composites
element
Buckling
architecture
Finitemodularknipperspavilionengineering2021analysisCarbonfilamentitkefrom:petraheimMechanicalwindingtesting(FEA)fibrebugafilament-woundstructurestructuralkoslowskicorelessFibre-polymerLightweightrongenperezheilbronndomedesigncompositecompositeselementBucklingarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
1Exploring Environmental Dimensions: On Sustainability as an Architectural Problem: Why It Is Not Enough To Discuss Space and Time Only
M. Davidová. Nordes 2009 - Engaging Artifacts, Seite 1-7. Oslo School of Architecture and Design, (2009)
vor 4 Jahren von @mariedavidova
alle anzeigen
agency
architecture
design
environment
myown
performance
practice
agencyarchitecturedesignenvironmentmyownperformancepractice
KopierenLöschenDiese Publikation zur Ablage hinzufügen
1Co-Habited, Co-Lived, Co-Designed and Co-Created Eco-Systemic Responsiveness in Systemic Approach to Architectural Performance: A Case Study on Interaction of Performative Solid Wood Envelope Ray and Algae
M. Davidová. KINE[SIS]TEM: From Nature to Architectural Matter, Seite 36-45. DINÂMIA’CET-IUL ISCTE - Instituto Universitário de Lisboa, (2017)
vor 4 Jahren von @mariedavidova
alle anzeigen
algae
architecture
design
envelope
myown
performance
prototyping
responsive
systemic
systems
wood
algaearchitecturedesignenvelopemyownperformanceprototypingresponsivesystemicsystemswood
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3Compliant folding : design and fabrication methodology for bio-inspired kinetic folding mechanisms utilized by distinct flexible hinge zones
A. Körner. Universiät Stuttgart, Stuttgart, Dissertation, (2021)
vor 4 Jahren von @petraheim
alle anzeigen
2021
architecture
bio-inspired
biomimetics
design
fabrication
flexible
folding
hinge
itke
kinetic
körner
methodology
2021architecturebio-inspiredbiomimeticsdesignfabricationflexiblefoldinghingeitkekinetickörnermethodology
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3Compliant folding : design and fabrication methodology for bio-inspired kinetic folding mechanisms utilized by distinct flexible hinge zones
A. Körner. Universiät Stuttgart, Stuttgart, Dissertation, (2021)
vor 4 Jahren von @itke
alle anzeigen
hinge
körner
folding
2021
biomimetics
design
flexible
itke
from:petraheim
fabrication
kinetic
architecture
bio-inspired
methodology
hingekörnerfolding2021biomimeticsdesignflexibleitkefrom:petraheimfabricationkineticarchitecturebio-inspiredmethodology
KopierenLöschenDiese Publikation zur Ablage hinzufügen
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, und P. Middendorf. Polymers, (19.12.2021)
vor 4 Jahren von @petraheim
alle anzeigen
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
KopierenLöschenDiese Publikation zur Ablage hinzufügen
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, und P. Middendorf. Polymers, (19.12.2021)
vor 4 Jahren von @itke
alle anzeigen
biomat
dahy
fiber
natural
topology
2021
reinforced
carosella
structure
high-performance
itke
from:petraheim
uhlig
placement
architectural
material-appropriate
grisin
polymer
sustainable
tailored
biomimetics
lightweight
NFRP
middendorf
flax
design
optimization
composites
sippach
biocomposites
architecture
biomatdahyfibernaturaltopology2021reinforcedcarosellastructurehigh-performanceitkefrom:petraheimuhligplacementarchitecturalmaterial-appropriategrisinpolymersustainabletailoredbiomimeticslightweightNFRPmiddendorfflaxdesignoptimizationcompositessippachbiocompositesarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6Urbach Tower: Integrative structural design of a lightweight structure made of self-shaped curved cross-laminated timber
S. Bechert, L. Aldinger, D. Wood, J. Knippers, und A. Menges. Structures, (Oktober 2021)
vor 4 Jahren von @petraheim
alle anzeigen
2021
CLT
Timber
aldinger
architecture
bechert
computational
connection
cross-laminated
crossing-screw
curved
design
digital
engineering
fabrication
folded
integrative
itke
knippers
lightweight
menges
self-shaping
shell
structure
surface-active
tower
urbach
wood
2021CLTTimberaldingerarchitecturebechertcomputationalconnectioncross-laminatedcrossing-screwcurveddesigndigitalengineeringfabricationfoldedintegrativeitkeknipperslightweightmengesself-shapingshellstructuresurface-activetowerurbachwood
KopierenLöschenDiese Publikation zur Ablage hinzufügen
6Urbach Tower: Integrative structural design of a lightweight structure made of self-shaped curved cross-laminated timber
S. Bechert, L. Aldinger, D. Wood, J. Knippers, und A. Menges. Structures, (Oktober 2021)
vor 4 Jahren von @itke
alle anzeigen
surface-active
knippers
engineering
shell
2021
digital
structure
itke
from:petraheim
fabrication
menges
cross-laminated
curved
folded
Timber
aldinger
crossing-screw
CLT
lightweight
integrative
self-shaping
design
connection
urbach
wood
computational
architecture
bechert
tower
surface-activeknippersengineeringshell2021digitalstructureitkefrom:petraheimfabricationmengescross-laminatedcurvedfoldedTimberaldingercrossing-screwCLTlightweightintegrativeself-shapingdesignconnectionurbachwoodcomputationalarchitecturebecherttower
KopierenLöschenDiese Publikation zur Ablage hinzufügen
11Integrative computational design and construction: Rethinking architecture digitally
J. Knippers, C. Kropp, A. Menges, O. Sawodny, und D. Weiskopf. Civil Engineering Design, (09.06.2021)
vor 4 Jahren von @itke
alle anzeigen
2021
Knippers
architecture
biomimetics
construction
design
digitally
from:petraheim
intcdc
integrative
itke
kropp
menges
rethinking
sawodny
weiskopf
2021Knippersarchitecturebiomimeticsconstructiondesigndigitallyfrom:petraheimintcdcintegrativeitkekroppmengesrethinkingsawodnyweiskopf
KopierenLöschenDiese Publikation zur Ablage hinzufügen
11Integrative computational design and construction: Rethinking architecture digitally
J. Knippers, C. Kropp, A. Menges, O. Sawodny, und D. Weiskopf. Civil Engineering Design, (09.06.2021)
vor 4 Jahren von @petraheim
alle anzeigen
2021
Knippers
architecture
biomimetics
construction
design
digitally
intcdc
integrative
itke
kropp
menges
rethinking
sawodnyWeiskopf
2021KnippersarchitecturebiomimeticsconstructiondesigndigitallyintcdcintegrativeitkekroppmengesrethinkingsawodnyWeiskopf
KopierenLöschenDiese Publikation zur Ablage hinzufügen
5Multi-stage filament winding: Integrative design and fabrication method for fibre-reinforced composite components of complex geometries
N. Früh, und J. Knippers. Composite Structures, (2021)
vor 4 Jahren von @itke
alle anzeigen
architecture
composite
design
fabrication
fibre
filament
from:petraheim
früh
integrative
itke
knippers
multi-stage
reinforced
robotic
winding
architecturecompositedesignfabricationfibrefilamentfrom:petraheimfrühintegrativeitkeknippersmulti-stagereinforcedroboticwinding
KopierenLöschenDiese Publikation zur Ablage hinzufügen
5Multi-stage filament winding: Integrative design and fabrication method for fibre-reinforced composite components of complex geometries
N. Früh, und J. Knippers. Composite Structures, (2021)
vor 4 Jahren von @petraheim
alle anzeigen
architecture
composite
design
fabrication
fibre
filament
früh
integrative
itke
knippers
multi-stage
reinforced
robotic
winding
architecturecompositedesignfabricationfibrefilamentfrühintegrativeitkeknippersmulti-stagereinforcedroboticwinding
KopierenLöschenDiese Publikation zur Ablage hinzufügen
8Integrative design and fabrication methodology for bio-inspired folding mechanisms for architectural applications
A. Körner, L. Born, O. Bucklin, S. Suzuki, L. Vasey, G. Gresser, A. Menges, und J. Knippers. Computer-Aided Design, (Dezember 2020)
vor 5 Jahren von @petraheim
alle anzeigen
architectural
architecture
bio-inspired
bionics
born
bucklin
design
fabrication
folding
gresser
integrative
itke
knippers
körner
mechanism
menges
methodology
susuki
vasey
architecturalarchitecturebio-inspiredbionicsbornbucklindesignfabricationfoldinggresserintegrativeitkeknipperskörnermechanismmengesmethodologysusukivasey
KopierenLöschenDiese Publikation zur Ablage hinzufügen
8Integrative design and fabrication methodology for bio-inspired folding mechanisms for architectural applications
A. Körner, L. Born, O. Bucklin, S. Suzuki, L. Vasey, G. Gresser, A. Menges, und J. Knippers. Computer-Aided Design, (Dezember 2020)
vor 5 Jahren von @itke
alle anzeigen
architectural
architecture
bio-inspired
bionics
born
bucklin
design
fabrication
folding
from:petraheim
gresser
integrative
itke
knippers
körner
mechanism
menges
methodology
susuki
vasey
architecturalarchitecturebio-inspiredbionicsbornbucklindesignfabricationfoldingfrom:petraheimgresserintegrativeitkeknipperskörnermechanismmengesmethodologysusukivasey
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Natural Fibre-Reinforced Polymer Composites (NFRP) Fabricated from Lignocellulosic Fibres for Future Sustainable Architectural Applications, Case Studies: Segmented-Shell Construction, Acoustic Panels, and Furniture
H. Dahy. (12.02.2019)
vor 5 Jahren von @petraheim
alle anzeigen
Itke
NFRP
absorption
acoustic
architecture
biocomposites
biomat
composites
dahy
design
extrusion
for
functionality
furniture
lignocellulosic-based
molding
multi
post-fabrication
resin-bath
segmented
shell
sustainability
sustainable
ItkeNFRPabsorptionacousticarchitecturebiocompositesbiomatcompositesdahydesignextrusionforfunctionalityfurniturelignocellulosic-basedmoldingmultipost-fabricationresin-bathsegmentedshellsustainabilitysustainable
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Natural Fibre-Reinforced Polymer Composites (NFRP) Fabricated from Lignocellulosic Fibres for Future Sustainable Architectural Applications, Case Studies: Segmented-Shell Construction, Acoustic Panels, and Furniture
H. Dahy. (12.02.2019)
vor 5 Jahren von @itke
alle anzeigen
biomat
dahy
absorption
segmented
acoustic
shell
sustainability
from:petraheim
sustainable
Itke
lignocellulosic-based
post-fabrication
for
functionality
multi
NFRP
design
molding
extrusion
furniture
composites
biocomposites
resin-bath
architecture
biomatdahyabsorptionsegmentedacousticshellsustainabilityfrom:petraheimsustainableItkelignocellulosic-basedpost-fabricationforfunctionalitymultiNFRPdesignmoldingextrusionfurniturecompositesbiocompositesresin-batharchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
1Aerochair Integrative design methodologies for lightweight carbon fiber furniture design
R. Duque Estrada, M. Wyller, und H. Dahy. eCAADe 37 / SIGraDi Conference (eCAADe: Education and Research in Computer Aided Architectural Design in europe) and (SIGraDi: Sociedad Iberoamericana de Gráfica Digital), (September 2019)
vor 5 Jahren von @petraheim
alle anzeigen
aerochair
architecture
biomat
carbon
dahy
design
duque
fiber
furniture
itke
lightweight
methodologies
wyller
aerochairarchitecturebiomatcarbondahydesignduquefiberfurnitureitkelightweightmethodologieswyller
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Design and Fabrication of two 1:1 Architectural Demonstrators based on Biocomposites from Annually Renewable Resources displaying a Future Vision for Sustainable Architecture
H. Dahy, J. Petrs, und P. Baszynski. Seite 66-73. UCL Press, London, (2020)
vor 5 Jahren von @itke
alle anzeigen
architectural
architecture
baszynski
biocomposites
biomat
dahy
demonstrators
design
fabrication
from:petraheim
itke
petrs
renewable
resources
sustainable
architecturalarchitecturebaszynskibiocompositesbiomatdahydemonstratorsdesignfabricationfrom:petraheimitkepetrsrenewableresourcessustainable
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Design and Fabrication of two 1:1 Architectural Demonstrators based on Biocomposites from Annually Renewable Resources displaying a Future Vision for Sustainable Architecture
H. Dahy, j. Petrs, und P. Baszynski. Seite 66-73. UCL Press, London, (2020)
vor 5 Jahren von @petraheim
alle anzeigen
architectural
architecture
baszynski
biocomposites
biomat
dahy
demonstrators
design
fabrication
itke
petrs
renewable
resources
sustainable
architecturalarchitecturebaszynskibiocompositesbiomatdahydemonstratorsdesignfabricationitkepetrsrenewableresourcessustainable
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3Agro-fibres Biocomposites Applications and Design Potentials in Contemporary Architecture: Case Study: Rice Straw Biocomposites
H. Dahy. Universität Stuttgart, ITKE, Stuttgart, Germany, (2015)
vor 5 Jahren von @petraheim
alle anzeigen
2015
agro-fibers
agro-fibres
application
architecture
biocomposite
case
contemporary
dahy
design
diss
dissertation
forschungsbericht
itke
potential
rice
straw
study
t
2015agro-fibersagro-fibresapplicationarchitecturebiocompositecasecontemporarydahydesigndissdissertationforschungsberichtitkepotentialricestrawstudyt
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3Design and Joint Pattern Optimisation of Glass Shells
T. Fildhuth, S. Lippert, und J. Knippers. IASS-ACPS Conference Proceedings, Seite 165 pp. Seoul, Korea, International Association for Shell and Spatial Structures, (21-24 May 2012)
vor 5 Jahren von @itke
alle anzeigen
joint
glass
lippert
2012
knippers
engineering
shell
design
itke
optimisation
from:petraheim
pattern
fildhuth
architecture
jointglasslippert2012knippersengineeringshelldesignitkeoptimisationfrom:petraheimpatternfildhutharchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3Conceptual framework for analyzing and designing bending-active tensile hybrid structures
E. Slabbinck, S. Suzuki Erazo, J. Solly, A. Mader, und J. Knippers. Proceedings of the IASS Annual Symposium 2017, Hamburg, Germany, (25-28 Sept 2017)
vor 5 Jahren von @itke
alle anzeigen
conceptual
bending-active
designing
knippers
analysis
erazo
structure
framework
analyzing
mader
2017
design
hybrid
solly
itke
from:petraheim
tensile
suzuki
architecture
slabbinck
conceptualbending-activedesigningknippersanalysiserazostructureframeworkanalyzingmader2017designhybridsollyitkefrom:petraheimtensilesuzukiarchitectureslabbinck
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Product Design Aspects Of Agro-Fibres Biocomposites For Architectural Applications
H. Dahy, und J. Knippers. SB13 (Sustainable Building Conference)-TU Graz, Conference Proceeding, Seite 730-740. Graz, Austria, (25-28 Sept 2013)
vor 5 Jahren von @itke
alle anzeigen
2013
agro-fibers
application
architectural
architecture
aspect
biocomposite
biomat
dahy
design
from:petraheim
itke
knippers
product
2013agro-fibersapplicationarchitecturalarchitectureaspectbiocompositebiomatdahydesignfrom:petraheimitkeknippersproduct
KopierenLöschenDiese Publikation zur Ablage hinzufügen
3Integrative Computational Design Methodologies for Modular Architectural Fiber Composite Morphologies
M. Dörstelmann, S. Parascho, M. Prado, A. Menges, und J. Knippers. ACADIA Conference, Seite 219 – 228. Los Angeles, USA, (Oktober 2014)
vor 5 Jahren von @itke
alle anzeigen
modular
dörstelmann
parascho
methodologies
fiber
method
knippers
morphologies
integrative
design
itke
from:petraheim
prado
2014
composite
architectural
computational
menges
architecture
modulardörstelmannparaschomethodologiesfibermethodknippersmorphologiesintegrativedesignitkefrom:petraheimprado2014compositearchitecturalcomputationalmengesarchitecture
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2The Design Implications of Form-Finding with Dynamic Topologies.
S. Suzuki Erazo, und J. Knippers. Seite 211-223. Springer, Singapore, (2017)
vor 5 Jahren von @itke
alle anzeigen
2017
architecture
design
engineering
form-finding
from:petraheim
itke
knippers
modelling
suzuki
2017architecturedesignengineeringform-findingfrom:petraheimitkeknippersmodellingsuzuki
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Modular Fibrous Morphologies: Computational Design, Simulation and Fabrication of Differentiated Fibre Composite Building Components
S. Parascho, J. Knippers, M. Dörstelmann, und M. Prado. Seite 29 – 46. Springer International Publishing, Cham, Heidelberg, New York, (2015)
vor 5 Jahren von @itke
alle anzeigen
2015
architecture
composite
computational
design
dörstelmann
fabrication
fibre
fibrous
from:petraheim
itke
knippers
modular
morphologies
parascho
prado
simulation
2015architecturecompositecomputationaldesigndörstelmannfabricationfibrefibrousfrom:petraheimitkeknippersmodularmorphologiesparaschopradosimulation
KopierenLöschenDiese Publikation zur Ablage hinzufügen
7Biomimetic Lightweight Timber Plate Shells: Computational Integration of Robotic Fabrication, Architectural Geometry and Structural Design.
O. Krieg, T. Schwinn, A. Menges, J. Li, J. Knippers, A. Schmitt, und V. Schwieger. Seite 109 – 126. Springer International Publishing, Cham, Heidelberg, New York, (2015)
vor 5 Jahren von @itke
alle anzeigen
2015
architecture
biomimetic
design
fabrication
from:petraheim
geometry
itke
knippers
krieg
leightweight
li
menges
plate
robotic
schmitt
schwieger
schwinn
shell
structures
timber
2015architecturebiomimeticdesignfabricationfrom:petraheimgeometryitkeknipperskriegleightweightlimengesplateroboticschmittschwiegerschwinnshellstructurestimber
KopierenLöschenDiese Publikation zur Ablage hinzufügen
2Bending-Active Plates: Planning and Construction.
S. Schleicher, R. La Magna, und J. Knippers. Seite 242 – 249. Riverside Architectural Press, London, (2017)
vor 5 Jahren von @itke
alle anzeigen
2017
architecture
bending-active
construction
design
fabricate
from:petraheim
itke
knippers
magna
plates
schleicher
2017architecturebending-activeconstructiondesignfabricatefrom:petraheimitkeknippersmagnaplatesschleicher
KopierenLöschenDiese Publikation zur Ablage hinzufügen

⟨⟨
⟨
1
2
3
⟩
⟩⟩