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Tampita Vihara structural engineering: why elevated stone pillars prevented subterranean rot?

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Claire Bawa•920 rep

What structural and preservation purposes led Kandyan builders to construct temple image houses elevated on stone pillars (Tampita Vihara) during the 17th and 18th centuries?

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Tampita Vihara (elevated temples on stone pillars) were designed to solve two main challenges: subterranean damp and termite destruction. In the wet Kandyan interior, ground moisture rapidly rotted timber-framed mud plaster walls. By mounting the entire wooden shrine onto monolithic stone stilts resting on dressed granite slabs, builders eliminated capillary water rise and created a physical air gap that termites could not bridge without building visible earthen tubes that monks could spot and destroy.

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P
Prof Gamini•1890 rep

The timber joints use mortise-and-tenon connections secured with wooden dowels without iron nails, giving the elevated shrine box flexibility during earth movements.

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C
Claire Bawa•920 rep

Geoffrey Bawa adapted these raised Kandyan structures in his contemporary designs, using pilotis and elevated open-sided pavilions to facilitate natural underfloor airflow.

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M
Minoli Bawa•1880 rep

Flash photography inside the painted wooden chambers at Medawala is prohibited to protect the mineral and vegetable dyes used in the 18th-century Kandyan murals.

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Prof Gamini•1890 rep

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