Earth Quake Resistant PEB Buildings by Interarch If You find this information useful, Please send us your feedback at :

What causes Earthquakes and where they occur?  There are many things which could lead to an Earthquake such as such as underground explosions, movement of magma within volcanoes and impact of large objects with the ground. But generally Earthquakes caused by these are not so highly intensified and rarely cause any significant damage.  But the most abrupt and devastating Earthquakes are caused by movement within the Earth’s crusts. When the rocks break inside and rub against each other they release seismic waves as a result of which the ground starts shaking and tremors occur If You find this information useful, Please send us your feedback at :

Can an Earth Quake Occur Again in Nepal?  Nobody can predict the occurrence of the earth quake but Nepal is on top of Indo-Australian Plate which is pushing itself beneath the Eurasian Plate, a collision that gave rise to the Himalayan Mountains. As the plates push, pressure builds, eventually resulting in a quake to relieve that pressure. If You find this information useful, Please send us your feedback at :

How to Equip or Construct for Minimum or no Damage in Future Earthquake  When the weight of a building is reduced then the force caused by the Earthquake affecting the building will also be reduced. Generally Interarch pre engineered steel buildings are much lighter than reinforced concrete buildings thereby reducing the Earthquake effect on the buildings in the same ratio. Also steel is ductile material and can take 18 times more deformation than concrete.pre engineered steel buildings If You find this information useful, Please send us your feedback at :

 This ductile property of steel enables it to absorb the forces and it can take in deformation to a greater extent beyond their flexibility behavior.Under repeated exposure to loads, reinforced concrete’s single direction and limited energy absorption ability diminishes and fails after eachexposure and breaks appear without any deformation. In steel buildings on the other hand, when elastic boundaries are exceeded, or when the building is exposed to loads more than expected, steel construction members first deform thanks to their high capacity of deformation. Energy is absorbed during deformation and the building remains erected; to ensure this deformation of building members, loads are distributed among beams and columns. It is carefully considered that beam-column connections have the sufficient moment capacity to transfer loads in steel constructions. If You find this information useful, Please send us your feedback at :

Flexibility & Quality by Interarch The system can be adapted to any building layout,International Quality, insulation, proper acoustic and galvanized steel structure ensure the finished product has un-matched finish in comparison to any buildings methodology  No site space required for fabrication & storage of Raw Material  Permanent in Nature & Safe: the structure is fire, termite and earthquake resistant  Low Cost & Aesthetic in Look: the buildings are cheaper than RCC building if you compare the total file cycle of the building If You find this information useful, Please send us your feedback at :

Fast Delivery & Erection A project can be completed as fast as 45 days If You find this information useful, Please send us your feedback at :

Real Example an Earth Quake Resistant Building Interarch delivered a project for Banquet Hall in Nepal prior to the earth quake and after the quake it become a place where people came for refuge & stayed with their beddings, a clip from TOI has been shared which mentions about the Banquet Hall. If You find this information useful, Please send us your feedback at :

Interarch delivered a project for Banquet Hall in Nepal If You find this information useful, Please send us your feedback at :

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