511167854-burjkhalifa-150516084413-lva1-app6892.pdf

Borj khalife

1. INTERNATIONAL
CASE STUDY
BURJ KHALIFA

2. Burj Khalifa – World’s Tallest Building
Official Name: Burj Khalifa Bin Zayed
Also Known As: Burj Dubai
Also Known As: Tower Of Khalifa
Formerly: Burj Dubai
Built: 2004-2010
Cost: $4,100,000,000
Designed By: Skidmore, Owings & Merrill
Type: Skyscraper
Stories: 206
Maximum Height: 2,717 Feet / 828 Meters
Location: No. 1, Burj Dubai Boulevard, Dubai, United Arab
Structure In General
Construction Type:  Skyscraper
Current Status: Existing [Completed]
Structural System: Buttressed Core
Structural Material: Concrete, Steel
Facade Material: Stainless Steel
Facade System: Curtain Wall
Architectural Style: Modernism
Floor Plan: 517,240m
2

3.  
Key Data
Order Year: 2003
Construction Start: 2004
Project Type: Mall, Residential And Retail Facilities And World’s Tallest Skyscraper
Location: Dubai, United Arab Emirates
Estimated Investment: Aed800m (Mall, Residential And Retail Facilities); Aed3.9bn (Tower);
Overall Development $8bn
Retail Space: 9 Million Square Feet
Some Interesting Facts About The Burj Dubai
Although the building’s shape resembles the bundled tube concept of the Willis Tower, it is structurally very different and is technically not a
tube structure.
The tower is situated on a man-made lake which is designed to wrap around the tower and to provide dramatic views of it.
The elevators have the world’s longest travel distance from lowest to highest stop.
Hot air on the outside condense due to the large cooling needs of the building. The condensation is collected and used to water the buildings
flora and fauna. 20 Olympic-sized swimming pools per year of water.
There are 1,210 fire extinguishers on the site.
At the peak cooling times, the tower require approximately 10,000 tons of cooling per hour.
Site
Plan – Burj Khalifa

4. Design
inspiration
the
air.

the
Arabian Gulf. Viewed from the base or

A
Y-shaped floor plan maximizes views of

spirals
skyward.

section
of the tower incrementally as it

Twenty-six
helical levels decrease the cross

arranged
around a central core.

The
tower is composed of three elements

. Hymenocallisnamed
footprint,
an abstraction of a desert flower

The
architecture features a triple-lobed
Flower shape

5. 2
3
1
LAYOUT


Design
inspiration

the
tower levels

The
Gradient spiral of

The
central core
3.
Y
shape
2.
The
three wings
1.
Architectural design 

6. The
advantages of the tower shape design
The advantages:
Foundation:
The modular, Y-shaped structure, with setbacks

along
each of its three wings provides an inherently stable

configuration
for the structure and provides good floor plates for

residential.
Usage:
The Y-shaped plan is ideal for residential and hotel

usage,
with the wings allowing maximum outward views and

inward
natural light.
Nature : Gradient
spiral design hinders the swirling wind .
fig.1
Tower
uses
Wind
Wind
Wind
Tower levels
Lower level
Middle level
Top level

7. Service yard
11.Office
entry
10.
Recreation
area
9.
children’s
play area
8.
Water
feature
7.
Tower
garden
6.
Lake
front promenade
5.
Viewing
deck
4.
Residential
entry
3.
Armani
hotel entry
2.
Burj
khalifa arrival court
1.
: Layout details
7
6
10
8
5
4
3
11
2
7
1
6
7
9
facilities.
shopping
, leisure, and parking

commercial,
office, entertainment,

that
includes residential, hotel,

floor
area of 460,000square meters

use
development tower with a total

The
Burj Khalifa project is a multi


8. Level’s
uses


Foundation
: B
for
the corporate suites , residence and Armani Hotel .

anchoring
the tower to the ground . Provides separate entries


PODIUM : Provides a base ( 150m wide, six levels )
:A 
and
recreational room) .

Sky
lobby (fitness facilities, jacuzzi, swimming pools
Level 43 : 

The residence .
:Level 44 to 72 
At.mosphere
restaurant .
Level 122 : 
Sky
lobby ( business lounge and library) .
Level 123 : 

At the top observation deck
:Level 124 

The corporate suites .
: Level 139 to 154 
The left wing :
Armani
hotel Dubai .
Concourse, ground to level 8 : 
Armani
residence .
Level 9 to 16 : 

The residence .
: Level 19 to37
:
Armani hotel Dubai .
level 38 to 39 
and
recreational room) .
Sky
lobby (fitness facilities, jacuzzi, swimming pools
Level 76 : 
:
Private residences .
Leve77 to108 
The
corporate suites .
Level 112 to 121 : 

The corporate suites .
: Level 125 to 135 

Broadcast and telecoms companies .
:Level 156 to159 
communications
equipment .

ver
200m long and houses
Spire : O
The right wing :
units,
etc

and
pumps, air handling

stations,
water tanks

housing
electrical sub
Mechanical floor
Level 156 to 159
B
Level
17 ,18

A
Level
43
Level
44 to 72
Level
73 to 75
Level
122
Level
123
Level
124
Level
139 to 154

Level
155
Ground
to level 8
Level
9 to16

Level
19 to 37
Level
38 to 89

Level136
to138
Level
76
Level109
to111
Level112
to121
Level125
to135
Level
77 to108
Level
40 to 42
Level 160 to 168
spire
The advantages :

9. Podium
concourse

10. Podium
level1

Tower
plans

11. Ground
floor

12. Tower
plans

13. Tower
plans

14. Level
113

Tower
plans

15. Level
145
Elevators

16. The
building is expected to hold up to 35, 000 people at any one time.
Otis
Elevators has installed 57 elevators, and 8 escalators.

33
high-rise elevators including 2 double-decks.
138
floors served by main service elevator.
504
meters – main service elevator rise, the world’s highest.
10
meters per second – speed of elevators.
60
seconds – approximate time from ground to level 124.
10.000
kilograms – weight of hoist


ropes.


service
elevator
Amani
hotel: 0-8 level
Residences:
17-37 level
Armani
hotel: 38-39 level
Residences:
44-72 level
Private
Residences : 77-108 level Corporate suites

17. Structural
System Material

Structural material : concrete
, steel
Structural System: Buttressed
Core
Dimensional finite element
structural analysis model
The
tower superstructure of

Burj
Khalifa is designed as an all

reinforced
concrete building with

high
performance concrete from

the
foundation level to level 156,

and
is topped with a structural

steel
braced frame from level 156

to
the highest point of the tower.
The
structure of Burj Khalifa was

designed
to behave like a giant

column
with cross sectional

shape
that is a reflection of the

building
massing and profile.

3.7m
-
585.7m
+
828m
+

18. Structural
System Material



Concrete

structure
Level
156 to the top

Steel
structure from


Mat
foundation

19. Structural
system description
Structural
system in
general:
.
The structural
system
for the Burj
Dubai
can be
described
as a
“buttressed-core”

and
consists of high-
performance

concrete
wall
construction.
Each
of the wings
buttresses
the others

via
a six-sided
central
core, or
hexagonal
hub.fig.1
This
central core
provides
the
torsional
resistance
of
the structure,
similar
to a closed
pipe
or axle.
Perimeter
columns

and
flat plate floor
construction

complete
the
system.
Corridor
walls
extend
from the
central
core to near

20. the
end of each
wing,
terminating in
thickened
hammer
head
walls.

These
corridor walls

and
hammerhead
walls
behave similar to

the
webs and flanges
of
a beam to resist the
wind
shears and
moments.
At
mechanical
floors,
outrigger walls
are
provided to link the

perimeter
columns to
the
interior wall
system,
allowing the
perimeter
columns to
participate
in the
lateral
load resistance
of
the structure;
hence,
all of the
vertical
concrete is
utilized
to support both

gravity
and lateral
loads.

21. the
construction.

thread
moves on with

more
detail as the

It
will be covered in


tiers
of the structure.

Methodology
for all the

This
is the tier

Hammerhead
walls


Corridor
walls


Central
core


Fig.1
Structural
system description

22. Cladding system in general
Cladding system: curtain
wall
Cladding material: Stainless
Steel


The
exterior cladding is comprised of reflective

glazing
with aluminum and textured stainless steel
spandrel
panels and stainless steel vertical tubular
fins.
Close
to 26,000 glass panels, each individually
hand-cut,
were used in the exterior cladding of
Burj
Khalifa.
Over
300 cladding specialists from China were
brought
in for the cladding work on the tower.
The
cladding system is designed to withstand
Dubai's
extreme summer heat, and to further
ensure
its integrity, a World War II airplane
engine
was used for dynamic wind and water
testing.

The curtain wall of Burj Khalifa is equivalent to 17
football
(soccer) fields or 25 American football fields.
Cladding System details

23. Curtain-Wall Detail
1.Aluminum
vertical mullion.
2.Clear
reflective insulating vision glass.
3.Stainless-steel
vertical fin.
4.Horizontal
spandrel panel.
5.Concrete
slab.
Cladding
System plan

Cladding System detail

24. Interior Finishes
Interiors
The
interior design of Burj

Dubai
public areas was also done

by
the Chicago Office of

Skidmore,
Owings & Merrill LLP

and
was led by award-winning

designer
Nada Andric.
The
interior
were inspired by local

cultural
while staying mindful of

the
building's status as a global

icon
and residence
It
features glass, stainless steel

and
polished dark stones,

together
with silver travertine

flooring,
Venetian stucco walls, handmade rugs and stone flooring.
Lobby Areas (Corporate & Residential)

25. Spa and Pool Area
Interior Finishes

26. Fire
safety system
Fire and life safety plan system
The
design of Burj Khalifa undertook with

special
attention to the fire safety and evacuation

speed.
The
capacity of concrete surrounds of total

stairwells
besides building service and fireman's

elevator
has been so effective that it can easily

bear
5,500 kg.

That
is why it is known for being the tallest

service
elevator in the world.
Pressurized
and air-conditioned refuge

areas
are designed on almost every 25 floor of

this
tower to ensure better safety as occupants

can’t
literally walk down to 160 floors in one go

27. Fire safety system

28. Hydraulically isolated system
Major plant rooms at 7 levels
mechanical zones 6
Through
ducted vertical risers

Vertical
supply air distribution

units
Supply
fans and air handling

Slots
of louvers

Fresh
air intake through


Heating
Ventilating and Air-Conditioning)
(Air supply systems – HAVC

Air supply system

29. Production
capacity: 946000 liters

Identical principal for sprinkler system
Low
pressure through PRV’S

Hotel main storage tank
Transfer
pumps

Fire
and residential)
(Main water storage tanks
Hotel tank
Express fill line up
Intermediate tank
-Gravity Down Local
zone

Gravity
express down - high pressure

High level tank
Domestic water supply system

Water supply system