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  4. DMRC begins work on 5th rail bridge over Yamuna. To connect Sonia Vihar to Majlis Park–Maujpur. Details inside

DMRC begins work on 5th rail bridge over Yamuna. To connect Sonia Vihar to Majlis Park–Maujpur. Details inside

The Delhi Metro Rail Corporation (DMRC) has commenced work for the construction of the fifth metro bridge over the river Yamuna. The metro train bridge will be constructed for Phase-IV work on the Majlis Park–Maujpur corridor. All you need to know.

India TV News Desk Edited by: India TV News Desk New Delhi Updated on: August 17, 2020 10:31 IST
Delhi Metro, Delhi Metro Yamuna Bridge, Metro
Image Source : DELHI METRO TWITTER

Delhi Metro Rail Corporation commences preliminary work on the 5th Metro Bridge over Yamuna River, which is coming up on the Majlis Park – Maujpur Metro corridor of Delhi Metro’s Phase 4.

The Delhi Metro Rail Corporation (DMRC) has begun work for the construction of the fifth metro rail bridge over the river Yamuna. The metro train bridge will be constructed for Phase-IV work on the Sonia Vihar- Majlis Park–Maujpur corridor, officials informed. It is going to be a 560-metre-long bridge that will come up between two existing bridges on the Yamuna — Wazirabad Bridge and the Signature Bridge. The bridge will have nine pillars and will connect Surghat or Sonia Vihar to Majlis Park-Maujpur corridor. 

Delhi Metro 5th bridge on Yamuna river in Delhi | Key facts

  • It will be the first-ever metro bridge over the Yamuna to be built using cantilever construction technique.
  • The bridge, with 8 spans and 9 piers, will connect Soorghat metro station and Sonia Vihar metro station of the Pink Line.
  • After carrying out geo-technical investigation at the location of proposed piers, the activity of casting of test piles is in progress.
  • Currently, there are 4 bridges of Delhi Metro on the river Yamuna — Yamuna Bank (698.8 m on Blue Line), Nizamuddin (602.8 m on Pink Line), Kalindi Kunj (574 m on Magenta Line), and Shastri Park (553 m on Red Line).
  • To utilise the available time during this monsoon season, a cofferdam has been constructed, away from the active course of the Yamuna, by raising the level of the ground by filling of earth and sand with protection of its slope through bamboo, jute netting and sand bags.
  • The level of the cofferdam has been kept same as that of the adjacent road to ensure supply of requisite construction material like steel reinforcement, metal liner, ready mix concrete etc.
  • The new bridge will cross river Yamuna at about 385 m downstream of old Wazirabad Bridge and 213 m upstream of the existing Signature Bridge. 
  • All mandatory approvals from the agencies concerned have been obtained for the construction of the bridge. 
  • The DMRC is committed to fulfil the conditions given by Principal Committee on Yamuna for construction of the bridge. Various eco-friendly measures will be taken during its construction.
  • All the construction activities are being carried out with minimum effect on the floodplains. Restoration of the floodplain that may be impacted by the construction of bridge alignment or pillars in it will be undertaken.
  • The muck and debris generated would be disposed of scientifically and no dumping shall be allowed on the floodplains.

India Tv - Delhi Metro, Delhi Metro Yamuna Bridge, Metro
Image Source : DELHI METRO TWITTER

Delhi Metro Rail Corporation commences preliminary work on the 5th Metro Bridge over Yamuna River, which is coming up on the Majlis Park – Maujpur Metro corridor of Delhi Metro’s Phase 4.

What is Cantilever construction technique? 

A cantilever is a rigid structural element which extends horizontally and is supported at only one end. Typically, it extends from a flat, vertical surface such as a wall or a pier, to which it must be firmly attached. Cantilever construction allows overhanging structures without additional support. Employment of this technology will make the bridge look aesthetically better, the DMRC said.

What is Building Information Modelling (BIM) technology?

The design of the bridge was finalised using the 'Building Information Modelling' (BIM) technology. With the help of this technology, a 3D model of the bridge was uploaded with intricate details of the proposed structure.

For the finalisation of the Phase-IV designs, DMRC engineers are using the BIM platform, through which they have been able to finalise the designs even during the days of the pandemic when physical meetings weren't possible, the officials said.

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