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

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established that the building is one of the rare examples<br />

of a major temple whose core structure appears <strong>to</strong> be surviving<br />

original construction. Having withs<strong>to</strong>od the 1833<br />

and 1934 earthquakes, the core structure with its large<br />

scale timber frame has already served the building wel;<br />

based on its structural viability and venerable age, the<br />

temple is all the more worthy as a model project.<br />

Char Narayan Temple:<br />

Strategic rebuilding of Newar architecture’s iconic<br />

multi-tiered temple<br />

While the Vishveshvara Temple is a model and an extension<br />

of previous retrofit projects, it seemed most important<br />

after the devastation of 2015 <strong>to</strong> also identify<br />

a high-profile project for the rebuilding of a collapsed<br />

multi-tiered temple, in order <strong>to</strong> bring our experience <strong>to</strong><br />

bear on the opportunities and challenges that would be<br />

unique <strong>to</strong> the rebuilding assignment. The selection of<br />

the Char Narayan temple as a model project was rather<br />

straightforward, as it was both the earliest remaining<br />

Malla-era multi-tiered temple in <strong>Patan</strong> <strong>Darbar</strong> Square,<br />

and had collapsed down <strong>to</strong> its plinth in the 2015 earthquake.<br />

In our rebuilding project, the exquisite carved<br />

timber elements of the temple, some of which are structural,<br />

were almost all salvaged, are being res<strong>to</strong>red, and<br />

will be reused.<br />

This significant rebuilding project, which the Trust<br />

announced just weeks after the earthquake <strong>to</strong> create an<br />

atmosphere of hope, exemplifies seismic strategies and<br />

techniques <strong>to</strong> address many of the problems typical <strong>to</strong><br />

the iconic multi-tiered temple type, with its characteristic<br />

<strong>to</strong>p-heavy structure and classic Newar construction<br />

details. Notably, because of the building’s collapse and<br />

necessary rebuilding, we have the opportunity - and the<br />

obligation - <strong>to</strong> strengthen the foundation. Here, in contrast<br />

<strong>to</strong> in situ repair schemes such as the Vishveshvara<br />

design and the many retrofits we have executed over<br />

the years, we are working <strong>to</strong> develop a strategic design,<br />

ideally more cost-efficient and effective than difficult<br />

retrofits. An improved foundation structure is the one<br />

strengthening measure that can unify or tie <strong>to</strong>gether the<br />

structure from the foundation up. Including the foundation<br />

is an imperative that must become part of our<br />

de fac<strong>to</strong> approach <strong>to</strong> this type. The significance of this<br />

approach in particular as a model is that it will be applicable<br />

<strong>to</strong> a large number of similar buildings. It is also<br />

an important example because so few rebuilding projects<br />

have been executed in the past.<br />

Similar is the nearby Harishankara temple, another collapsed<br />

multi-tiered temple, whose his<strong>to</strong>ric elements were<br />

rescued and whose reconstruction is envisaged as part<br />

Char Narayana Temple before (left)<br />

and after (right) the earthquake of<br />

25 April 2015.<br />

Pho<strong>to</strong>graphs by Rohit Ranjitkar, 2013<br />

and April 27, 2015<br />

82

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