2. About Kinematic:
The study of forces that cause motion (ex. torque, gravity, friction,
etc.) and can be classified into two groups; Linear and angular motion.
The study of describing movement (ex. displacement, time, velocity, etc.)
Kinetic architecture is a concept through which buildings are designed to
allow parts of the structure to move, without reducing overall structural
integrity.
Kinematics & dynamics
3. A building's capability for motion can be used just
to: enhance its aesthetic qualities; respond to
environmental conditions and perform functions that
would be impossible for a static structure.
The possibilities for practical implementations of
kinetic architecture increased sharply in the late-
20th century due to advances in mechanics,
electronics, and robotics.
Kinematics & dynamics
4. About Dynamic:
This study is about speed, force,
movements, driving etc.,
The newest modern architecture design
concept is called Dynamic Architecture.
Dynamic Architecture reveals three
major innovations: changing shapes,
industrial production of units and self-
production of clean energy.
Dynamic Architecture buildings follow the sun
and move to the wind, making modern
architecture design more efficient and
environment friendly.
Dynamic kinetic structures also exist within a
larger architectural whole but act
independently with respect to control of the
larger context. Such can be subcategorized as
Mobile, Transformable and Incremental kinetic
systems.
Kinematics & dynamics
5. The construction method and the ability to produce energy on its own are
two of the most outstanding features of Dynamic Architecture buildings.
These buildings are made of prefabricated units, custom-made in a workshop,
to fit very high quality standards, resulting in fast construction, cost
savings and fewer people on site.
Although we live in a Dynamic Universe filled with movement, the design
methodology that has been given to Architecture is clearly static: buildings
look the same all the time. As an approach to “Dynamic Architecture”, the
design of a building with a changing geometry is examined in an attempt to
explore factors that affect the design of this type of building.
Kinematics & dynamics
6. HistoricThemes:
By the early 21st century some interrelated themes had emerged. The
first is for functional buildings such as bridges which can elevate their
midsections to allow tall ships to pass, or stadiums with retractable roofs.
The ways in which the structural solution performs may include among
others, folding, sliding, expanding, and transforming in both size and shape.
Millennium Stadium London BridgeVeltins-Arena
Kinematics & dynamics
The means by which a kinetic structural solution performs may be, among
others, pneumatic, chemical, magnetic, natural or mechanical.”
7. A second theme is for fantastic structures that can perform
Transformer style changes of shape or which have a visually stunning
appearance. The bird-like Burke Brise soleil at the Milwaukee Art
Museum is a well regarded example of this, though it also has a
functional aspect in that its movement allows it to shade the crowds
from the sun or protect them from storms.
Kinematics & dynamics
9. Yas Hotel – Abu Dhabi
Yas Viceroy Abu Dhabi Hotel is
located within the Yas Marina
Circuit, Abu Dhabi. It is the first
new hotel in the world to be built
over an F1 race circuit.
It consists of two twelve story
hotel towers, one set within the
race circuit and another placed in
the Marina itself, linked together
by a monocoque steel and glass
bridge and Grid Shell structure
that both cross above and over the
Yas Marina Circuit F1 race track.
This architectural landmark
embodying key influences and local
and global inspirations ranging from
the aesthetics and forms associated
with speed, movement and spectacle
to the artistry and geometries that
form the basis of ancient Islamic art
and craft traditions.
Kinematics & dynamics
10. Of architectural and engineering
significance is the main feature
of the project's design, a 217-
meter expanse of sweeping,
curvilinear forms constructed of
steel and 5,800 pivoting
diamond-shaped glass panels. This
Grid-Shell component affords the
building an architecture
comprised of an atmospheric-like
veil that contains two hotel
towers and a link bridge
constructed as a monocoque
sculpted steel object passing
above the Formula 1 track that
makes its way through the
building complex. The Grid-Shell
visually connects and fuses the
entire complex together while
producing optical effects and
spectral reflections that play
against the surrounding sky, sea
and desert landscape.
Yas Hotel – Abu Dhabi Kinematics & dynamics
11. The architecture as a whole
“performs” as both an
environmentally responsive solution
as well as an architecture of
spectacle and event. The entire
jewel-like composition of the
project responds visually and
tectonically to its environment to
create a distinct and powerful
sense of place as well as a
breathtaking backdrop to the
Formula 1
Yas Hotel – Abu Dhabi Kinematics & dynamics
13. University of Phoenix Stadium was designed to be a
truly multi-purpose facility with the ability to host
football, basketball, soccer, concerts, consumer shows,
motorsports, rodeos and corporate events.
Kinematics & dynamics
Designed by an architect Peter
Eisenman, in conjunction with HOK
Sport, Hunt Construction Group and
Urban Earth Design.
One of the most unique features of
the stadium is completely
retractable natural grass playing field
– the first of its kind in the United
states.
The exterior skin represents a barrel
cactus.
The field is kept outside the
stadium most of its time for
receiving the sunlight and water
until the game day.
It takes completely 60 minutes to
move the field.
14. The retractable panels
and much of the roof
are made up of
translucent fabric called
Birdair that enables light
penetrate and gives the
venue an open, airy feel.
Kinematics & dynamics
A few inches of water will always remain in the tray while the field is in
play to keep the grass moist
The building features alternating sections of shimmering metal panels
intended to reflect the shifting desert light alongside magnificent vertical
glass slots allowing patrons a spectacular view of the horizon from any level
of the exterior. There are 21 vertical slots on the exterior wall of the
stadium
The stadium is aligned
along a slight northwest
to southeast axis to
offer the maximum sun
exposure for the grass
field and maximum
shades for the patrons.
15. Kinematics & dynamics
The Stadium normally seats about 63,400 but for the
Fiesta bowl
capacity will be
expanded more
than 73,000
Different views of the stadium
Thank You
