Skip to main content

Bridge monitoring plan

The Nepalese Government is setting out plans for the quality and standards of construction and maintenance of roads and bridges.
February 27, 2012 Read time: 1 min
The Nepalese Government is setting out plans for the quality and standards of construction and maintenance of roads and bridges. The plans include technical tests, monitoring and evaluation and the aim of this is to tackle early failures of infrastructure in the country. Bridges in particular have been suffering from structural issues and the aim is to eliminate such problems by monitoring condition more effectively. If bridges or other infrastructure is found to be defective early in its design life, arrangements will be made to claim compensation from the contractor.

Related Content

  • Nepal is to boost road building activity
    August 7, 2020
    Nepal is to boost road building activity to revamp its economy.
  • Italian project under question
    March 15, 2012
    A fresh set of problems has hit the long planned Messina Straits Bridge in Italy. There is now reduced funding available for the project from the Italian Government.
  • Set the ALARM for repairs in England and Wales
    January 10, 2019
    More than 3,900km of roads in England and Wales will need essential maintenance within the next year, according to the annual ALARM survey* Cash-strapped local governments are reporting that the gap between the funds they received and the amount they needed for repairs and maintenance was almost €639 million. This equated to an average shortfall of €3.75 million for every authority. It would take 14 years to get local roads back into a reasonable steady state, but only if adequate funds and resources wer
  • Infrastructure monitoring data acquisition
    February 3, 2017
    The first prototype of an innovative new sensor device and its data acquisition system has now been developed. This move has come during the first 18 months of the 42-month Horizon 2020 SENSKIN (SENsing SKIN) project, a research partnership being implemented by 13 partners from 7 countries. A key objective of the SENSKIN project is the development of a skin-like sensor that offers spatial sensing and can monitor large strains, for use in monitoring-based maintenance of transport infrastructure. The syste