Tensile Structure in Srinagar

Srinagar's tensile-structure demand is distinctive: shrine and pilgrimage courtyards that need to shelter very large gatherings (Hazratbal, and others), the university and institutional campuses, tourism and public-realm projects around the Dal and the Boulevard, and government and administrative buildings. The recurring brief is weather cover for a courtyard or gathering space — and here “weather” includes snow.

Ekra Decor's documented Srinagar project is a 2,600 m² courtyard tensile shade at Hazratbal Dargah — weather cover for a shrine courtyard that holds thousands of devotees — completed in about three months.

Srinagar is a demanding site: a genuine snow-load climate, a hard freeze, a high seismic zone, and a long supply line from the Delhi NCR base. Steel and membrane are fabricated at the workshop and shipped; the same in-house team installs. For the full technical background, see the tensile structure guide.

Inland and cold — corrosion is less of a concern than the coast, but connections and foundations are detailed against freeze-thaw. Full comparison on the membrane materials page.

• Site survey & soil investigation — the valley floor is generally firm, but footings go below frost depth and are sized to IS 456 against uplift, snow and seismic action.
• Wind — wind and seismic cases are assessed for the site, but on many valley projects the governing case is snow, not wind.
• Drainage — the roof is given a steep pitch so snow slides rather than accumulates; falls and gutters are also sized for spring rain and snowmelt together, with a designed overflow.
• Snow load — the frame is sized for the residual snow that stays on after sliding, and the membrane tensioned high enough that it never pockets under a snow layer.
• Freeze-thaw detailing — every connection and foundation detail avoids water traps, because trapped water that freezes will damage the structure over winters.
• Crowd-courtyard design — a shrine courtyard shade is a large clear span with the supports outside the gathering area, clear sightlines, and a roof that keeps thousands dry and out of the sun.
• Corrosion protection — the steel is hot-dip galvanised; the coating class is set by the local air.
• Thermal movement — the seasonal temperature swing is designed into the connections so the membrane never slackens.
• Off-site fabrication — steel and membrane are cut and made at the workshop and shipped, so the on-site work is assembly and tensioning.