Multi-Purpose Utility Tunnels: A Viable Solution for Sustainable, Resilient, and Smart Cities

£165.00

Available for Pre-order. Due August 2026.

Multi-Purpose Utility Tunnels: A Viable Solution for Sustainable, Resilient, and Smart Cities Authors: , Format: Paperback / softback First Published: Published By: Elsevier - Health Sciences Division
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Pages: 300 Language: English ISBN: 9780443405075 Categories: ,

In ever-expanding urban areas, a growing demand of utility services is commensurate with an increased need for more cost-effective and minimally disruptive installation, inspection, repair, rehabilitation, and replacement of piping and cables that are laid underground. Multi-Purpose Utility Tunnels: A Viable Solution for Sustainable, Resilient, and Smart Cities offers a sought-after overview of this not-yet-fully appreciated solution for subsurface infrastructure organization and its critical advantages in keeping with present-day concerns linked with the sustainability, resilience, and smartness of the built environment. The volume’s up-to-date knowledge, which thoroughly encompasses planning, design, construction, operations, and management, highlights efficient decision-making strategies, essential throughout the entire lifecycle of MUTs. To benefit readers both in academia and industry, the contents have been subdivided into sections, proffering a logically structured flow aimed at quickly getting them up to speed or providing them with answers to key questions. The authors also touch upon cost-specific facets and regulatory frameworks, to then conclude this timely investigation with a review of utilidor projects from across the globe to discuss challenges, lessons learnt, and other details of practical value.

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Author Biography

Dr. Amin Hammad is a Full Professor at the Concordia Institute for Information Systems Engineering (CIISE). He obtained his bachelor’s degree (with highest honor) from Damascus University, Syria, in 1986, and his master’s and PhD from Nagoya University, Japan, in 1990 and 1993, respectively, all in civil engineering. He is the Director of the Cyber-Physical Construction and Infrastructure Systems Lab and the Associate Director of the Center of Innovation in Infrastructure Engineering and Management (CICIEM) at Concordia University. Prior to joining Concordia, he held faculty and visiting positions at Nagoya University, Carnegie Mellon University, the University of Pittsburgh, and the University of Tokyo. His research is recognized internationally in the areas of automation in construction and infrastructure management systems using advanced methods in remote sensing, simulation, optimization, machine learning, and robotics. Dr. Hammad has also collaborated on several successful research projects with industry. He was the Graduate Program Director at CIISE and the first Research and Education Director at CanBIM (now called Building Transformations). He is currently on the BOD of the International Association for Automation and Robotics in Construction (IAARC). Dr. Kelechukwu T. Genger is an accomplished academic with expertise in machine learning, multicriteria decision-making, optimization, and geographic information systems (GIS). He obtained his bachelor’s degree in Computer Engineering from Near East University, Turkey, in 2009. He earned his MSc in Computing Information Systems from the esteemed Robert Gordon University in Aberdeen, Scotland, UK. Recently, Dr. Kelechukwu earned a PhD in Computer and Information Systems at Concordia University, with a focus on decision-making for the sustainable placement of underground utility infrastructure assets. Dr. Genger is currently a post-doctoral researcher at Concordia University. Prior to this, he was a lecturer at the Joseph Sarwuan Tarkaa University, Makurdi, Nigeria.