Kinetic Facades Presentation with Case Study

A Kinetic Facades Presentation with Case Study explores building envelopes that dynamically change in response to environmental conditions or user needs, often using moving components. The case study provides a real-world example of the design, implementation, and performance of such a facade.

1. Kinetic Facades
Ar 304
Building Construction iv
baibhav Bittu tiwari Vatsalya Singh

3. Contents
+-introductio
,-example1
-Types of Kinetic Facade1
-history of kinetic facade1
-benefits of kinetic facade1
-cons of kinetic facade1
-detail out of a projec2
-conclusion

4. Introduction
fig. - The Sliding House
in closed condition
in Open condition
6=Dynamic Movement:
>=Adaptive Design:
G=Energy Efficiency:
1=Aesthetic Enhancement:
Kinetic facades feature moving
elements that adjust to environmental conditions
or user input=
They adapt to changing
conditions, optimizing energy usage and thermal
comfort=
By responding to external factors,
kinetic facades reduce energy consumption=
They add movement and
dynamic patterns, enhancing building appearance
and engagement.

5. examples
The Operable
Interactive Village Hut
(designed by Professor
Weiguo Xu from
Tsinghua University)
Safe House
(designed by Polish
architect Robert
Konieczny)
Temperature Control (close if
the temperature falls below
16 degrees Celsius or rises
above 28 degrees Celsius)
maximum security to the
residents of the building
Main WorkInitial PositionProject Name Final Position

6. examples
Kiefer Technic
Showroom
(by Ernst Giselbrecht +
Partner, Steiermark,
Austria)
GALLERIA
CENTERCITY
(Cheonan,
Chungcheongnam-do,
South Korea)
environmental conditions
Control (Majorly sun
shading)
Multiple useability
(Branding, media projection
and animations, create an
optical illusion and a
changeable appearance,
environmental control)
Main WorkInitial PositionProject Name Final Position

7. Dynamism and Interaction
Facilitates adaptability to changing
environmental condition
Enhances engagement and responsiveness of
buildings
Promotion of Sustainability
Harnesses natural resource
Enhances energy efficiency, contributing to
sustainability goals
Interaction and Responsiveness
Facilitates interaction with the environmenr
Enhances user experience and engagement
Improved Functionality and Efficiency
Regulates light levels and thermal
performanc?
Reduces energy consumption and
operational costs
Role and Impact

8. Al Bahr Towers
Abu Dhabi, United Arab Emirates
ARCHITECT: Aedas Architects
YEAR OF DESIGN: 2008
YEAR OF CONSTRUCTION: 2009-2012
ROOF HEIGHT: 145.1 m
TOP FLOOR HEIGHT: 120.0 m
FLOORS: 27 + 2 basement levels
LAND AREA: 100.080 m²
FLOOR AREA: 56.000 m²

9. Al Bahr Towers
Abu Dhabi, United Arab Emirates
Concept:
HcBio-inspiration - Inspired by cacti, flowers, and pineapples,
the towers integrate natural principles into their formg
3cPhilosophy & Tradition - Guided by Islamic architectural
principles, every aspect is derived from geometric harmony,
marrying tradition with modern innovation.

10. Al Bahr Towers
Abu Dhabi, United Arab Emirates
Working:
Effect:
BUILDING WITHOUT SHADING SYSTEM
BUILDING WITH DYNAMIC SHADING SYSTEM
The Mashrabiya in Al Bahar Towers features transparent umbrellas
that adjust, opening and closing according to the sun's movement.
- Reduced glare
- Improved daylight penetration
- Less reliance on artificial lighting
- Over 50% reduction in solar gain
- Resulting in 1,750 tons/year reduction
in CO2 emissions

11. Al Bahr Towers
Abu Dhabi, United Arab Emirates
Fig. - Sectional View representing Facade Treatment along with building mechanical, structural details

12. Al Bahr Towers
Abu Dhabi, United Arab Emirates
S[Power & Data: electric and data feed cables passing through the
facade[
Y[Strut-Bracket (SS): connects to main structurC
-[Cantilever-Strut (SS): hooks on the SleevC
;[Star-Connection (SS): receives the Y-frame end8
%[Actuator-Casing (Aluminium/
$[Hub (SS): joins the Y-frame and Actuator togethea
![Sleeves (SS): connecting Y-frame to =
.[Y-frame (SS): supports the whole mechanis&
[Node-Pin (SS): pins to star-connectioA
S[Mobile-Tripod (Aluminium): supports the fabric frame8
SS[Actuator Head Pin-Connection (SS/
SY[Stabilizer (SS): relieves the actuator shear force8
S-[Slider (SS): allows tripod to travel along the Y-framC
S;[Fabric Mesh Frame (Aluminium/
S%[Fabric Mesh (PTFE Coated Fibre Glass): infill materiaG
S$[Ball-Joint (Teflon): joins frame corners.
Fig. - Element Details

13. TYComplexity and Cost: Requires specialized expertise
and materials. High implementation costs
AYMaintenance: Regular upkeep necessary for moving
parts. Crucial for longevity
YDurability and Longevity: Concerns about wear and
tear. Long-term performance in harsh conditions
YTechnical Challenges: Precision engineering required.
Coordination of movement
YEnergy Consumption: May offset energy-saving benefits.
Depending on design and implementation
YSafety Considerations: Risks associated with moving
parts. Need for fail-safe systems.
Challenges

14. Kinetic facades revolutionize modern architecture by adding
movement and dynamism to buildings
They enhance responsiveness, engagement, and sustainability,
making structures more interactive and adaptable to changing
environments
Despite challenges like maintenance and cost, the benefits of
kinetic facades outweigh drawbacks
Benefits include improved aesthetics, energy efficiency, and user
experience
Kinetic facades are poised to play a significant role in the
future of architectural design, driving innovation and pushing
the boundaries of what buildings can achieve.
Conclusion

15. Resources
/ Revolutionising Modern Architecture: The Role of
Kinetic Façades - APARNA-CRAFT EXTERIORS
PVT LTE
/ fde0040 (iospress.com
/ Al-Bahar Towers – Andrew A. Shenouda photography
(andrewshenouda.com
/ 10 Infamous and inspirational technologies used in
facade design - RTF | Rethinking The Future (re-
thinkingthefuture.com
/ The Incredible Art And Science Of Kinetic Facades |
The Design Gestur@
/ Kinetic Facade: Evolution and Design Process –
Arcace
/ https://www.archdaily.com/922930/what-are-
kinetic-facades-in-architectur@
/ https://www.arch2o.com/dynamic-facades-the-
storyo
/ https://www.sciencedirect.com/science/article/pii/
S0360132319301416#bib7?
/ https://hiddenarchitecture.net/villa-girasoleo
/ https://www.archdaily.com/270592/al-bahar-towers-
responsive-facade-aedas?
ad_source=search&ad_medium=projects_tab&ad_sou
rce=search&ad_medium=search_result_al^
/ https://www.designboom.com/art/brisbane-airport-
kinetic-parking-garage-facade-by-ned-kahn-uap/