Godavari Bridge
The Godavari Bridge or Kovvur–Rajahmundry Bridge is a truss bridge spanning the Godavari River in Rajahmundry, India. It is India's fourth longest road-cum-rail bridge crossing a water body, the first one being the Bogibeel Bridge, also a rail-cum-road bridge over the Brahmaputra River in the Dibrugarh district of Assam state in north-east India,[1] and second is Digha–Sonpur Bridge over Ganges in Bihar.
The Godavari bridge is 4.1 kilometers (2.8 km Rail part & 4.1 km Road part) long consisting of 27 spans of 91.5 m and 7 spans of 45.72 m of which 6 spans of 45.72m are in 6 deg. curve at long Rajahmundry end to make up for the built up area. The bridge has a road deck over the single track rail deck, similar to the Grafton Bridge in New South Wales, Australia. This bridge, in addition to Godavari Arch Bridge, has been widely used to represent Rajahmundry in arts, media, and culture. It is one of the recognised symbols of Rajahmundry.[2]
Geography
The road-cum-rail bridge is built across the Godavari River (largest river in South India at over 1,000 kilometres (620 mi) length) as it enters into the deltaic reach before debouching into the sea 60 kilometres (37 mi) downstream of the bridge, the second largest river in India. At the location of the bridge, near Rajahmundry, the river flows with a width of about 2.7 kilometres (1.7 mi), split in two channels with an island formation in between. The maximum discharge observed in the river is reported to be around 3 million m3/s and the maximum velocity of water flow as 5 metres (16 ft) per second
History
Construction
During the Third Five-Year plan doubling of railway track between Chennai-Howrah was planned. Most of the route had been doubled except the small stretch of track between Kovvur and Rajahmundry where a bridge had to be built to span the three kilometer long Godavari River. During 1964, the construction of second bridge across Godavari river at Rajahmundry was sanctioned as a part of doubling of track between Kovvur and Rajahmundry. But there had been a persistent demand from local population for construction of a road link between Kovvur and Rajahmundry, which would essentially link East Godavari and West Godavari districts. The Andhra Pradesh State Government came forward with the proposal to add a road deck over the rail bridge under construction as a part of doubling the railway track between Chennai-Howrah.[3]
It was commissioned by South Central Railway division of Indian Railways. Construction of the bridge began in the early 1970s by Braithwaite, Burn & Jessop Construction Company, a group company of Bharat Bhari Udyog Nigam Limited.[4] When completed it was Asia's longest rail -cum- road bridge.
It was inaugurated by the then President of India, Fakhruddin Ali Ahmed in 1974.
Sister bridges
Old Godavari bridge
The Old Godavari Bridge or Havelock Bridge was built in 1900 by Mr.F.T.G.Walton, now decommissioned, this bridge has 56 spans and is 2754 m long. It was constructed with stone masonry and steel girders and certainly a marvel of British engineering. The New Godavari Bridge was made as a substitute for it.
Godavari arch bridge
Godavari Arch Bridge is the third bridge constructed near Rajahmundry. Constructed by the Hindustan Construction Company (HCC), this bridge is a modern-day engineering feat. The bridge is made of bow string girder arches. The bridge is fit for 350 km/h rail services. It was commissioned for passenger traffic in March 1997 and became fully operational for running trains by the Indian Railways from 2003.
Fourth Godavari bridge
New Kovvur–Rajahmundry 4th Bridge was opened to traffic in 2015.[5]
Panorama
See also
- List of road-rail bridges
- List of longest bridges in the world
- List of longest bridges above water in India
Gallery
- Sunset View at Cotton Barrage in Rajamahendravaram City.
- Sunset at the Bridge
- Sunset at the Bridge
- Starting of the bridge. Notice the elevated road going over the bridge to join it.
- Stretch of Godavari Bridge. This is only the half of the bridge
References
- ^ "Bogibeel: India's longest rail-road bridge has lifespan of around 120 years". 23 December 2018.
- ^ "Thehindubusinessline.in".
- ^ R.R., Bhandari. Bridges: A Spectacular Feat of Indian Engineering (PDF). Archived from the original (PDF) on 5 March 2016. Retrieved 9 June 2011.
- ^ "Godavari Bridge". Structurae. Retrieved 26 June 2018.
- ^ "Fourth bridge across Godavari". The Hindu newspaper. Retrieved 8 May 2018.
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- t
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Major tributaries | |
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Minor tributaries | |
Sub-tributaries |
- Jayakwadi Dam
- Majalgaon Dam
- Kaleshwaram Lift Irrigation Project
- Sriram Sagar Project
- Nizam Sagar
- Upper Wardha Dam
- Singur Reservoir
- Neher water system
- Dowleswaram Barrage
- Balimela Reservoir
- Devadula lift irrigation scheme
- Upper Dudhana Dam
- Godavari River Basin Irrigation Projects
- Pattiseema Lift Irrigation Project
- Sitamma Sagar Barrage
- Tummidihetti Barrage
- Sammakka Barrage
- Sadarmat Barrage
features / regions
Maharashtra | |
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Madhya Pradesh | |
Odisha | |
Chhattisgarh | |
Karnataka | |
Telangana | |
Andhra Pradesh |
- Khaparkheda Thermal Power Station
- Koradi Thermal Power Station
- Chandrapur Super Thermal Power Station
- Wardha Warora Power Plant
- Lanco Vidarbha Power Plant
- Nashik Thermal Power Station
- Dhariwal Power Station
- RattanIndia Nashik Thermal Power Station
- Kothagudem Thermal Power Station
- Kakatiya Thermal Power Station
- Parli Thermal Power Station
- NTPC Ramagundam
- NTPC Mauda
- Ramagundam B Thermal Power Station
- Tiroda Thermal Power Station
- Butibori Power Project
- Heavy Water Plant, Manuguru
- Waluj MIDC
- Shendra MIDC
- Shendra – Bidkin Industrial Park
- Ballarpur Industries
- HAL Sunabeda
- NALCO Damanjodi
Highways and railways |
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Bridges on Godavari |
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river basin's sustainable
productivity & ecology
- Algal bloom in reservoirs
- High alkalinity of river water in the river basin upstream of Pochampadu dam
- Frequent floods in tail end area of the river basin
- Alkali salts / high pH water run off from ash / red mud dumps of coal fired power stations / bauxite ore enrichment
- Excessive silting of reservoirs due to deforestation and mining activities