+
 IIT Mandi to study climate change impact on rail embankments
POWER & RENEWABLE ENERGY

IIT Mandi to study climate change impact on rail embankments

Researchers at the Indian Institute of Technology (IIT) Mandi along with Durham University in the UK, developed a suction monitoring setup for soil cyclic triaxial testing which investigates the impact of climate change on several railway embankments.

The study had been conducted by IIT Mandi School of Engineering Assistant Professor, Dr Ashutosh Kumar, and co-authored by the University of Portsmouth, UK Assistant Professor Dr Arash Azizi and UK Durham University Department of Engineering Professor David Geoffrey Toll, IIT Mandi stated in an official statement.

The trackbed is the main component of the railway infrastructure which is supported by earthworks. It is mainly utilised to provide support to the track infrastructure and carry the load imparted by mobilising the traffic.

The current design protocols just consider the load developed because of the moving train and lead to ignoring the real case scenario of changing the natural condition of the soil because of ingress and egress of water.

Often, soil that is utilised in earthworks is compacted thereby remaining unsaturated in its lifetime. Seasonal variations regarding the precipitation and drought have the capability of altering the amount of water present in this compacted soil mass capable of altering the strength of the embankment.

It is important to understand the coupled impact of train and environmental loading for designing and maintaining the railway embankment against changing climatic conditions.

Image Source

Researchers at the Indian Institute of Technology (IIT) Mandi along with Durham University in the UK, developed a suction monitoring setup for soil cyclic triaxial testing which investigates the impact of climate change on several railway embankments. The study had been conducted by IIT Mandi School of Engineering Assistant Professor, Dr Ashutosh Kumar, and co-authored by the University of Portsmouth, UK Assistant Professor Dr Arash Azizi and UK Durham University Department of Engineering Professor David Geoffrey Toll, IIT Mandi stated in an official statement. The trackbed is the main component of the railway infrastructure which is supported by earthworks. It is mainly utilised to provide support to the track infrastructure and carry the load imparted by mobilising the traffic. The current design protocols just consider the load developed because of the moving train and lead to ignoring the real case scenario of changing the natural condition of the soil because of ingress and egress of water. Often, soil that is utilised in earthworks is compacted thereby remaining unsaturated in its lifetime. Seasonal variations regarding the precipitation and drought have the capability of altering the amount of water present in this compacted soil mass capable of altering the strength of the embankment. It is important to understand the coupled impact of train and environmental loading for designing and maintaining the railway embankment against changing climatic conditions. Image Source

Next Story
Infrastructure Urban

Jupiter Opens First EV Showroom in Hyderabad

Jupiter Electric Mobility Pvt Ltd (JEM), the electric commercial vehicle arm of Jupiter Wagons Ltd, has inaugurated its first showroom in New Bowenpally, Secunderabad, Hyderabad. The launch also marks the introduction of its 1.05-tonne four-wheeler electric light commercial vehicle (eLCV), JEM TEZ, to Telangana’s growing logistics and intra-city freight market. This expansion underscores JEM’s commitment to delivering purpose-built sustainable mobility solutions and accelerating the electrification of India’s logistics sector.The new showroom, operated by Arven Motors Pvt Ltd, offers cus..

Next Story
Infrastructure Energy

Premier Energies Launches 620W DCR Solar Modules in India

Premier Energies Limited, one of India’s largest integrated solar manufacturers, has launched its next-generation 620W DCR solar modules using G12R TOPCon technology, now among the most powerful large-format panels available in the country.The new modules, built with Tunnel Oxide Passivated Contact (TOPCon) architecture, deliver superior power density, improved temperature coefficients, and enhanced low-light performance. The rectangular G12R N-type cell design enables higher string power and balance-of-system optimisation, making the panels suitable for utility-scale projects as well as com..

Next Story
Infrastructure Energy

ONGC Starts Gas Sales from Rajasthan Chinnewala Tibba Block

Oil and Natural Gas Corporation Limited (ONGC) has commenced natural gas sales from the Discovered Small Field (DSF-II) Block RJ/ONDSF/Chinnewala/2018, marking the successful monetisation of the Chinnewala Tibba field in the Rajasthan Kutch Onland Exploratory Asset (RKOEA). Gas sales officially began on 25 August 2025.This development highlights ONGC’s commitment to boosting domestic energy production and strengthening India’s energy security under the guidance of the Ministry of Petroleum and Natural Gas. Located in western Rajasthan, close to the Indo-Pakistan border, the Chinnewala Tibb..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement

Talk to us?