Farah Bagh Ahmednagar, India dreamstime.com |
Farah Bagh Ahmednagar, India commons.wikimedia.org |
Farah Bagh Ahmednagar, India |
Farah Bagh palace with its serene surroundings is architecturally so carefully planned and designed, the interiors are always cool despite hot outside temperature. Ahmednagar region, a part of the Deccan Plateau, being hot in the summer months it is difficult for the inhabitants to stay comfortable because of radiation from the ceiling, However, the inhabitants of the 16th CE Farah Bagh palace stayed cool and comfortable in the summer period. How was it possible in a hot region of what is now Maharashtra state? The answer lies in building construction techniques and wall plastering!!
Farah Bagh Ahmednagar, India dreamstime.com |
Farah Bagh Ahmednagar, India miscellaneousbharat.com |
The natural cooling technique kept day temperatures low inside the building from 8-12 degrees Celsius far much lower than the outdoor heat from 46 to 48 degrees Celsius normally common between March and June in this Deccan region, most of which is made of volcanic Basaltic rocks.
The study concluded that if 13-cm thick lime plaster (on outer and inner walls) is mixed with stone, fired pottery and brick pieces it may improve its permeability. If Sand, jute fiber and dry paddy stem are mixed, this blend increases porosity, durability and flexibility, thus promoting the absorption of moisture from the surrounding water fountains. In the hot season, the escape of moisture slowly through the plaster promotes indoors cooling. ''The embedded potsherds provided mechanical strength to the plaster and helped in its survival.”. according to MR Singh, lead author and professor, department of conservation, NMI. The high percentage of air pores in the plaster mix also promoted the diffusion of moisture from the underlying building materials.
The other facts are location of the building, its design and surrounding place with trees, water body, pools, etc., which may shape up the temperature. The octagonal palace is flanked by gardens with pools and trees, lake, forests and a shallow pond for bathing. The Bhingar aqueduct used to feed the pond around the palace which was about seventeen feet deep and 150 feet wide. All these played a role in reducing the temperature inside the palace.
Researchers are of the opinion the unique construction technique used in Farah Bagh is rare, unlike palaces in India that used natural wind to cool indoors. Thus Farah Bagh is a fine example of this ingenious technology to keep interiors of the buildings cool centuries ago and the ASI and the state agency must put in serious efforts to save this building so that it will be useful to the young construction engineers. No conservation measures have been undertaken to restore and protect the monument,” lamented M.R. Singh.
The construction work took a while owing to disagreement in design plan, The building was redesigned and built under the famous building designer Salabat II who finally completed it in 1583
https://www.indianetzone.com/76/farah_bagh.htm
The study ‘Architectural features and characterisation of 16th century Indian Monument Farah Bagh, Ahmed Nagar, India’, was published in the International Journal of Architectural Heritage on May 8.
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