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Type
Lecture

Double Twisted Wire Mesh and Geosynthetic Solutions for Erosion Control in Hydraulic and Marine Works

Event organised by ICE

Date
02 July 2025
Time

This event has now ended

Overview

This online learned event, organised by ICE United Arab Emirates, explores the application of double twisted wire mesh and geosynthetic solutions for erosion control in hydraulic and marine works. Erosion in rivers, wadis, and coastal environments presents complex engineering challenges, requiring both historical understanding and modern innovation.

The session highlights the evolution of erosion protection systems, including gabions, reno mattresses, and more recent geosynthetic-based solutions such as tubes and bags. These systems have played a vital role in projects across the globe and continue to adapt with new materials and design techniques.

Drawing on Maccaferri’s extensive global experience, the event provides insights into Best Management Practices (BMPs), durability considerations, and installation methods critical to performance. The speaker shared real-world examples and lessons learned from award-winning projects, offering valuable context for applying these systems in the Middle East and beyond.

Delivered via Microsoft Teams, this one-hour session is ideal for civil engineers, designers, and practitioners interested in sustainable and proven approaches to erosion control in hydraulic and marine engineering. Attendees had the opportunity to engage with the speaker during a live Q&A segment.

Speaker

Jayakrishnan  P.V.

Jayakrishnan P.V.

Maccaferri Middle East

technical manager

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Jayakrishnan P.V.

Jayakrishnan P.V. specialises in the innovative use of geosynthetics and double-twisted wire mesh solutions in civil engineering projects. His experience with these specialised solutions spans more than 20 years through mountain road development works, hydraulic and coastal protection works, erosion control solutions, MSE wall (Mechanically Stabilised Earth wall), ground stabilization etc.

He is experienced in designing of few of the world's tallest MSE walls for mountain development projects such as the 40 m high wall in Albania (the tallest of its kind in Europe), the 75 m high wall in Sikkim, India (an award-winning project) and the 32 m high wall in Ras Al Khaimah (an award-winning project).

His regional research has been published in many international forums. Currently, he is responsible for Maccaferri's technical proposal activities for a broader region consisting of Middle East, Africa, Turkey and CSI countries.