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  • 5 weeks ago
Amid massive flood devastation across Nepal, a turquoise house in Chaurasi has gained attention as Nepal's Miracle House after remaining standing while surrounding structures were swept away by raging floodwaters and debris. The building's survival is attributed to its reinforced concrete frame with concrete columns, beams, and steel reinforcement acting as an internal skeleton. This structural system provided resistance against powerful lateral forces, compression, tension, and bending caused by fast-moving water. Additionally, the house was situated slightly outside the direct path of the most destructive debris flow, allowing floodwaters to split around the building.

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00:00And we leave you with this special report.
00:02Yes, amid the devastation in Nepal,
00:04one house that has become a remarkable symbol of survival.
00:07As raging floodwaters and debris swept away almost everything around it,
00:12this turquoise house in Trashuli remains standing.
00:16It is now being dubbed Nepal's miracle house.
00:18But was it simply luck or did its construction and location
00:22help in withstanding the enormous force of the flood?
00:25We're getting you this special report.
00:28Imagine watching an entire neighbourhood disappear under a wall of water.
00:34And then one house is still standing.
00:39This is the house that has been dubbed Nepal's miracle house.
00:44Not because it was untouched,
00:46but because while the floodwaters destroyed structures all around it,
00:52this one held firm.
00:55So what made this house different?
01:00Part of the answer may lie in how the house was built.
01:03The house was reportedly constructed with a reinforced concrete frame.
01:09A structural system built around concrete columns,
01:13beams and steel reinforcement.
01:15Think of the steel inside the concrete as the house's internal skeleton.
01:22Concrete is strong under compression,
01:25while steel reinforcement helps the structure withstand tension and bending.
01:30And that becomes crucial when floodwater isn't just rising.
01:35It's moving.
01:37Fast-moving water and debris can generate powerful lateral forces against a building.
01:44Structures that aren't designed to resist those sideways forces
01:48can be far more vulnerable to cracking, collapse or being swept away.
01:54But a reinforced concrete frame connects the major structural elements,
02:00columns, beams and foundation,
02:04helping the building act more like one connected system.
02:13The structure appears to have been slightly outside the main path of the most destructive debris flow.
02:23So instead of taking the full force head-on,
02:26the water and debris appear to have split around the building.
02:29strong construction,
02:31a favourable position
02:33and perhaps a little luck.
02:37Together, these factors may explain why this one house survived
02:42while the neighbourhood around it was torn apart.

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