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KVPT’s Patan Darbar Earthquake Response Campaign - Work to Date - September 2016

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South Manimaṇḍapa reconstruction<br />

of ground plan.<br />

Hand-drawn by Bijay Basukala,<br />

April <strong>2016</strong>.<br />

<strong>Patan</strong>, March <strong>2016</strong><br />

The twelve base s<strong>to</strong>nes (Nev. lvahā)<br />

mark the ground plan and plinth<br />

of South Manimaṇḍapa in ruins.<br />

The plinth has <strong>to</strong> be reconstructed.<br />

KVPT proposes the rebuilding<br />

with concealed steel reinforcement<br />

and a concrete slab concealed<br />

underground.<br />

276<br />

Onsite Report<br />

Plinth<br />

On April 25, 2015 both mandapas collapsed completely,<br />

leaving only their plinths in place and in poor condition.<br />

As there were no detailed pre-earthquake plans or measurements<br />

of the North Manimaṇḍapa and the South<br />

Manimaṇḍapa, sections and elevations had <strong>to</strong> be reconstructed<br />

on the basis of the still-existing plinths and the<br />

surviving wooden elements. Detailed measured drawings<br />

of the existing ground plan were hand-drawn in late<br />

2015. At the same time, elevations and a cross-section of<br />

South Manimaṇḍapa were reconstructed. The data was<br />

drawn by Bijay Basukala and transferred in<strong>to</strong> Au<strong>to</strong>CAD<br />

by architect Renu Maharjan.<br />

An important reason for the <strong>to</strong>tal collapse of the two<br />

structures in the earthquake of 2015 concerns the foundations<br />

and plinths, where the foundations and plinths<br />

were not unified and there was almost no connectivity<br />

between the timber columns and the s<strong>to</strong>ne blocks of the<br />

plinth supporting them. Among other things, the foundations<br />

of both mandapas need seismic retrofitting and<br />

strengthening <strong>to</strong> ensure that the sixteen pillars bearing<br />

the load of the heavy upper masonry walls and roofs are<br />

properly connected <strong>to</strong> the ground. The Trust has proposed<br />

<strong>to</strong> address this, and other seismic concerns, via a<br />

strengthened foundation and connections which can not<br />

be achieved using the original materials. This design is in<br />

accordance with international preservation norms.

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