The document describes a concept for a revolutionary skyscraper that features rotating floors, allowing each level to move independently. Utilizing prefabricated units, it reduces construction costs and time while promoting energy efficiency through solar panels and wind turbines. The design results in a constantly changing architectural appearance and aims to provide enhanced convenience and modern living experiences.

1. THE
SPINNING SKYSCRAPERS
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2. Its part of human nature to revolutionize his way
of life day after day.Alwayas searching for more
solutions that can provide more convenience and
pleasure. Today in this 21st century we go
beyond, if the world revolves around the sun
“WHY CANT THE WORLD REVOLVE AROUND
YOU”.
Welcome to “THE SPINNING SKYSCAPERS”
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3.  Its a building that revolves
360 ͦ completely and
dependently of all the floors
for resort hotels, luxury
apartments.
 This is about an explanation
of a skyscraper with each
floor that rotates with
different speed and different
directions with central core
as the axis
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4. Outline of a floor
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5. The construction
mode
 The building is made up of
prefabricated units where these
units are cast outside the site and
just fixed on the site.
 The pre fabricated units
may also be
•Steel
•Wood
•Concrete
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6. PRE-FABRICATION WORKS
 It reduces the cost of the
building up to 10-15% of the
total cost.
 Reduces the labor on
the site and reduces the
construction time.
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7. Advantages of prefabrication
 Self-supporting ready-made components
are used, so the need for
formwork, shuttering and scaffolding is
reduced.
 Construction time is reduced and buildings
are completed at a minimum
time, allowing return of the capital
invested.
 On-site, construction and congestion is
minimized.
 Quality control can be checked easier in a
factory than in a construction site.
 Moulds can be used several times. 7

8. 8

9. SALIENT
FEATURES
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10. FLOOR ROTATION
 Each floor can rotate about its
own axis with different speed and
in different direction .
 Each floor is attached to a
turbine.
 The speed of the rotation can be
adjusted manually and hence
rotates in varying speed
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11.  And if the floor is owned by many
and divided in to many the architect
will have the password to control the
movement of the floor
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12. CHANGES IN SHAPE
 Since each floor rotates in
different speed the shape of
the building changes.
 Can’t see the building in a
definite shape as the
elevation view will
constantly keep changing
with respect to time.
 We cannot except the same
shape in different time
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13. FOUR DIMENSIONAL
skyscraper
 The shape of the building
changes with respect to
time.
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14. ARCHITECTURAL VIEW
Each and every floor rotates and it
shows different architectural views of
the building.
 The walls of the building are made up
of glass and hence can explore the
city around you.
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15. Plan of a floor
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16. ENERGY EFFICIENCY
 This building can also be considered as GREEN building.
 Because it uses the natural resources sun and wind to generate its own energy.
 The building uses horizontal wind turbines and solar panels
 Such energy generated by these wind turbines and solar panels are more than
enough.
 The excess energy obtained can be used for other purposes.
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17. SHAPE OF THE BUILDING
 The shape of the
skyscraper plays a vital
role
 For each shape the stability
of the buildings varies.
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18. 18

19. An optimum shape which suits
both rotation
and the load distribution
174.14sq.m
86.12sq.m
86.12sq.m
86.12sq.m 86.12sq.m
81.07sq.m81.07sq.m
81.07sq.m 81.07sq.m
73.04sq.m73.04sq.m
73.04sq.m
73.04sq.m
PREFABRICATED
ROOMS CENTRAL CORE
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20. COMPONENTS OF THE
DYNAMIC BUILDING
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21. : CENTRAL CORE
 Fixed portion of the building and all other components are
attached to this core.
 Contains staircase, lift and elevators which could not be
moved.
 Slabs and pre fabricated floors are attached to the central
core.
 Wind turbines are attached to the central core.
 Also contains motor room to generate electricity from
turbines.
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22. CANTILEVER SLABS
These cantilever slabs are made up of
composite materials
Here the concrete is composite with
thin layer of steel
This cantilever slab takes load from
pre fabricated units and transfers it to
central core.
Here the loads are transferred from
dynamic to static load.
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23.  The become energy efficient
buildings.
 Placed at the roof tops of every
floors.
 It covers about 20% of the roof
area
SOLAR PANELS
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24. WIND TURBINES
Holds the whole power for the
spinning of these skyscrapers.
Turbines are attached in
between each floors.
Energy taken by the building
will be minimum as there is no
friction producers.
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28. ECONOMIC ASPECTS
 Use of Wind turbines
 Use of Solar panels
 Usage of Pre fabricated units
 Less labour
 Quick construction
 Time conservation
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29. Comparison
ConventionalDynamic
 Construction without
prefabricated units.
 A floor done in 6-7 weeks.
 Many columns, beams and
joints.
 Maintenance cant be done
easily.
 Uses prefabricated units.
 Floor done in 6 days.
 Only single column.
 Can be easily done.
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30. CONCLUSION
Energy and cost saving.
 It doesn’t requires any
external energy.
Energy produced on its
own can produce a
revenue.
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31. THANKYOU
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