The house was built by notable Egyptian Architect Hassan Fathy. It was built in Dahshur for the client Dr Akil Sami. The house is built using traditional Egyptian and Islamic building techniques and arrangements.
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Vernacular Study : AKIL SAMI HOUSE ,by Ar.HASSAN FATHY
1. By HASSAN FATHY
Egyptian Architect
Akil Sami House
Submitted by:
MOHD. SIDDIQ SALIM
B-arch ,5TH Sem
Subject : Vernacular Architecture
POORNIMA UNIVERSITY, Jaipur
Submitted to:
Ar. AKANKSHA MODI
2. • Born to a wealthy family on the 23 March 1900 in
Alexandria, Egypt
• He moved to Cairo with his family when he was eight
years old, and settled in Helwan
• A noted Egyptian architect who pioneered appropriate
technology for building in Egypt, especially by working to
re-establish the use of mud brick (or adobe) and
traditional as opposed to western building designs and
lay-outs.
Ar. HASSAN FATHY
3. ARCHITECTURALPERSPECTIVES
• Ancient design methodsand materials
• Utilizing a knowledgeof rural Egyptianeconomic situation
• Space design suitable tosurrounding environment
• Lowcostconstruction withoutusing R.C.C and steel.
• Training locals tobuild onesown house.
PRINCIPLES OF FATHY'S WORK :
• The belief in the primacy of human values in architecture
• The importance of a universal rather than a limited approach
• The use of appropriate technology
• The need for socially oriented, cooperative construction techniques
• The essential role of tradition
• The re-establishment of cultural pride through the art of building
4. INTRODUCTION
• The house was built by notable Egyptian Architect Hassan Fathy. It was built
in Dahshur for the client Dr. Akil Sami. The house is built using traditional
Egyptian and Islamic building techniques and arrangements.
• The house was however not built with traditional mud bricks as per
custom; due to a ban from the government, following the construction of the
Aswan High Dam which hindered the buildup of sediment along the Nile
river .
• “Arab Architecture begins with the interior and goes to the exterior.
The function of the space is primary” .
CLIMATE
• LOCATION : Dahshur , Egypt
• CLIMATE : Hot and Arid climate
• AVG. TEMERATURE :
Summer = 25 ° C – 36° C
Winter = 7 ° C – 19 ° C
• AVG. RAINFALL : 2.54 mm
5. Akil Sami House
LOCATION : Dahshur ,EGYPT
ARCHITECT : Ar. Hassan Fathy
OWNER : Dr Akil Sami
ARCHITECTURE : Arab Architecture
TECHNIQUES : Egyptian and Islamic
MATERIALS : Local Limestone, Wood
12. PLANNING
Courtyard
The courtyard is a space in which clean fresh air is abundant; temperatures are also
lower during daytime because cool air is trapped during night time and retained.
Courtyards are also warmer in winter due to a lesser exposure to cold air, whilst still
receiving warmth from the sun which is lower during winter.
Lodge
Lodge in the building
serves to shade the
building from sunlight
during daytime and
serving as comfortable
sleeping and living
spaces at night.
Hall
The central hall space that can be
used for prayer. The hall is flanked
by Arches; which are vaulted
traditional seating areas with an
opening leading into the a
courtyard. . Traditional Arabic
courtyards which are the most
essential element in Arab
architecture and serve as private
spaces used to entertain
Wind Tower
The wind tower also prevents wind-borne
sand from entering the internal spaces as
there are less solid materials at higher
altitudes.
Guest Room
It is traditionally hosted for less
esteemed guests. It is located
adjacent to the courtyards.
Guest Bedroom
The bedroom is located on the
eastern facade to avoid the hot
westerly sun when the users are
trying to go to sleep. This
positioning also allows the clean,
bright morning light to filter in.
13. Public and Private Spaces
Hassan Fathy Divided the Private and Public areas of the house by
using the circulation spaces as a buffer. Privacy is a very important
aspect of Islamic culture, so Hassan Fathy creates areas that are
traditionally open to guests and areas that are secluded.
15. Thermal Resistivity of Domes
Hassan Fathy makes use of many curved surfaces such as
arches, vaults and domes and these increase the speed of
airflow, due to low pressure. The curved surfaces also limit
the amount of heat absorbtion due to the larger surface
area.
16. Thermal Mass
• Hassan Fathy uses Thermal mass to prevent solar radiation from
penetrating into the interior spaces. The large temperature diurnal range
makes thermal mass suited for the cliamte.
• Thermal mass is not a substitute for insulation, but because Hassan
Fathy uses such thick walls, the heat does not reach the inner side of
the wall, when the temperature drops at night, the cool breezes can
then draw the heat out into the night sky.
17. Passive Heating and Cooling
Hassan Fathy uses wind catchers,
Mashrabiya (Screens), low pressure
difference/suction and the bernoulli
effect to channel and accelerate air
movement in the internal spaces.
18. Mashrabiya
(Privacy and Temperature control)
The Mashrabiya which is a traditional islamic screen with wooden
latticework. It serves many purposes, but one of the most important is the
ability to impede the view of those outside whilst still allowing those in the
interior to view outside. The Mashrabiya also effectively controls the
temperature of air currents.
19. Overall understanding
• Adobe walls – Low heat radiation, low cost, availability
• Thick wall – high insulation
• Small windows not facing the sun.
• Windcatcher – Air circulation, a pressure gradient used
to get away with the hot air.
• Screens – Restrict glare of light
• No use of R.C.C and Steel for high heat radiation
• Courtyard with partial greenery to screen dust and
sand in the prevailing wind.
The spatial arrangement of the spaces was designed in light of
thermal comfort and circulation as well as traditional/religious
customs. In addition to the functionalism of the house, Fatty also
organizes forms with certain rules of harmony, rhythm, pattern and
proportion; to achieve a pleasing visual effect.