IIT Madras introduces Asia's largest shallow wave basin for coastal research

The Indian Institute of Technology (IIT) Madras has introduced Asia’s largest Shallow Wave Basin Research Facility. It is a groundbreaking infrastructure designed to meet the needs of research and industry. The pro facility is situated at the Discovery Satellite Campus in Thaiyur, which is 36km from IIT Madras.It signifies the country’s growing technical and research prowess in coastal and marine engineering.

It has been built under the National Technology Centre for Ports, waterways and Coasts (NTCPWC), the facility is important in addressing difficulties related to Indian ports, waterways and coastal engineering. It has a multi-directional shallow wave basin which is capable of analysing complex wave-current interactions.

Talking about the significance of the research, Prof. K. Murali from Department of Ocean Enginerring at IIT Madras said,"This facility places IIT Madras on the global map as one of the few institutions equipped with such a large-scale shallow wave basin for research and industrial applications. It eliminates the need for external technological dependence for laboratory wave generation."

Focusing on its indigenous nature, Prof. V Sriram, from the same department expressed, "Most of the Shallow Wave Basin was developed as part of the ‘Make in India’ initiative. Except for a few imported components, the design, architecture, and fabrication were carried out in-house, ensuring long-term sustainability and efficiency of the facility."

The basin has a number of applications , from testing the effects of 3D waves on structures to aiding in harbor, offshore, coastal, and inland water projects.

It provides studies on sediment transport, wave impact loading and structural stability in climate change. The facility can support several projects at a time thus making it a versatile tool for research.

By this creation, IIT Madras has shown its significance to fostering technological innovation while working on the critical challenges in marine and coastal engineering.