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Bridge Monitoring System Using IOT

Ms. Arohi. D. Sonawane, Ms. Pooja. P. Vichare, Mr. Shubham. S. Patil, Mr. Nitin. P. Chavande

Abstract


In countries like India there is powerful focus on national infrastructure. New bridges are built each year and the maintenance of those bridges is frequently ignored. The present structures uses very complex and excessive fee wired network and it additionally required high upkeep for optical fiber machine. So the primary objective of this task is to build a cheap bridge tracking machine for developing international locations like India. This project aim to simplify the system for selecting bridge tracking devices. Many bridges within the India are obsolete or structurally deficient to safely increase the life of those bridges, inspection would be vital. Bridge engineers have many duties and it's far not possible to expect one to know. Our device will sense the crack inside the bridge and signal might be given to govern room immediately to stop cars.


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References


Yongtao Dongand Ruiqiang Song, “Synthesis of Knowledge and Tech-nology” Bridges Structural Health Monitoring an Deterioration Detection, Department of Civil & Environmental Engineering, University of Alaska Fairbanks.

D. Niranjan Reddy and P.G.R. Nair, “Bridge Monitoring through Vibration Signatures”, Konkan Railway Corpora-tion limited.

“Real-time bridge health-monitoring for management”, US-Japan Center to Center Cooperative Research in Urban Earthquake Disaster Mitigation be-tween Disaster Prevention Institute, Kyoto University and Southern Cali-fornia EQ Research Center under NSF.

Waltenegus Dargie and Christian Poel-labauer, Fundamentals of Wireless Sensor Networks (Wiley, July 2010).

Wireless Sensor Networks First edi-tion(Elsevier publication).


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