
Distressed Bridges and Tattered Roads


In the southern tip of India, where the mainland meets the sacred shores of Rameswaram, a monumental engineering feat now rises above the turquoise waters
Mangesh Joshi, CEO, Sanrachana Structural Strengthening & Rajib Chattaraj, Former Chief Engineer, NH, West Bengal, explore the extensive structural retrofitting
Dr. J. M. Chandra Kishen, Professor, Dept. of Civil Engineering, Indian Institute of Science, Bengaluru, presents a case study on the Replacement of Cables in Externally Prestressed, Dry Jointed Super
In India, the 1600-year-old iron pillar at Mehrauli, New Delhi, is one of the world’s foremost metallurgical curiosities. Since then, steel has been used in different parts of the world for various pu
Project Management involves Planning, Monitoring, and Control. Without proper planning, there cannot be monitoring, and without control, there is no use of monitoring. So, ‘Project Control’ becomes th
The two most popular types of Cable Supported Bridges are Extradosed Bridges and Cable Stayed Bridges. These have been compared with Girder Bridges constructed by cantilever construction (Fig 1). The
The Pamban Strait, which separates the Indian mainland from Rameswaram Island in Tamil Nadu, is now home to an engineering marvel: India’s first vertical-lift railway sea bridge.
The Kolar and Chikkaballapur districts in eastern Karnataka face recurring water scarcity exacerbated by depleted groundwater and contamination from salts like Fluoride and Nitrate. To address this, K
The process in which the response of soil influences the motion of the structure and motion of the structure influences the response of soil is termed as SSI. Soil structure interaction (SSI) consists
Construction of Extra -Dosed major Bridge across Sharavathi back waters and approaches between Ambargodu and Kalasavalli of NH-369E in the state of Karnataka. The Proposed bridges was located at the u
Professor (Dr.) S B Hegde explores innovative materials and technologies, including recycled aggregates, high-performance concrete, geosynthetics, bio-based composites, fiber-reinforced polymers (FRP)
Bridges are designed for a service life of 100 years, and as such they have to be servicing for 100 years in their use stage for modules B1 to B9 of their whole lifecycle stages as shown in Figure (a)
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