How was this technical marvel accomplished when the Ram temple in Ayodhya is guaranteed to remain intact for a millennium?

How was this technical marvel accomplished when the Ram temple in Ayodhya is guaranteed to remain intact for a millennium?

How was this technical marvel accomplished when the Ram temple in Ayodhya is guaranteed to remain intact for a millennium?

Ayodhya Ram Mandir: The Ram Temple at Ayodhya is a wonder of contemporary engineering, built to last a millennium in addition to withstanding the worst earthquake and the most intense flood. The Ram temple's 360 pillars are a result of its ancient Nagara architectural style. Unlike more contemporary iron, steel, or even cement pillars, these pillars are composed completely of stone.

The Ayodhya Ram Temple is a wonder of contemporary architecture.

It is resistant to both the fiercest flood and the greatest earthquake.

The Ram Temple's architecture was intended to last for countless years.

Ayodhana. In addition to being a site of prayer, the Ram Temple under construction in Ayodhya will serve as a living example of the dynamic union of traditional religion with cutting-edge technology. The life consecration of Ramlala is scheduled on January 22 at the Ram shrine. This temple is an engineering wonder of the contemporary day, built to last thousands of years in addition to withstanding the worst earthquakes and floods. The Ram Temple was meticulously designed by Larsen & Toubro and Tata Consulting Engineers Limited, using all of the most recent building techniques.

The Ram temple's 360 pillars are a result of its ancient Nagara architectural style. Unlike more contemporary iron, steel, or even cement pillars, these pillars are composed completely of stone. This choice was made to strengthen the temple's resilience to earthquakes. Because stone is more durable and has a longer lifetime than other materials. The foundation of the temple is one of the most significant new scientific procedures used in its construction. This temple is constructed atop a layer of rolled compact concrete that is 15 meters thick. This is composed of fly ash, dust, and chemicals in 56 layers of compacted concrete.

Consequently, only at night was the foundation filled.

A granite platform that is 21 feet thick has added to the strength of an already sturdy foundation. This is designed to keep moisture out of the temple. The foundation pillars are likened to massive bridges spanning swift-moving rivers, guaranteeing the temple's resilience against seismic activity. The construction of this temple also presented a number of special difficulties. For example, while building the foundation, keep the temperature of the self-compacting concrete 18 degrees below the ambient temperature. On-site ice crushing equipment was employed to accomplish this. In order to lessen the impact of outside temperatures, the foundation was only poured at night.

entirely scientific layout

The Ram Temple's structure can resist earthquakes up to a magnitude of 6.5. It is predicted to last a millennium without requiring any form of maintenance. To create a special foundation for the temple, the design team analyzed the magnitude of past earthquakes in the region between Ayodhya and Nepal and tested it in a lab. Engineers removed the top soil, which is regarded as clay soil, after excavating the ground up to a depth of fifteen meters on the advise of Chennai IIT. After that, specially prepared soil was added to it. In only 14 days, the prepared dirt utilized for the foundation transforms to stone. Carefully arranged, there are 47 levels in all.