This book is a comprehensive collection of research papers presented at the 7th International Conference on Advances in Civil Engineering (ICACE 2024). It showcases the latest advancements and innovations in civil engineering, particularly sustainable design and construction practices. It explores cutting-edge developments in civil engineering with a focus on sustainable planning towards construction through design, which includes optimizing site potential by reducing non-renewable energy consumption and preserving the environment. This ensures sustainability across the life cycle, considering environmental, economic, and social impacts. The papers reflect a diverse range of perspectives and methodologies, offering insights into theoretical approaches and practical applications, thereby engaging the readers in the real-world implications of the research. Through case studies, empirical research, and technical analyses, the book highlights the critical role of sustainability in modern civil engineering projects. It is a valuable resource for researchers, practitioners, and policymakers seeking to understand and implement sustainable practices in the built environment. The proceedings underscore the importance of interdisciplinary collaboration, making the readers feel the breadth and depth of the field and the need for continuous innovation to address the evolving challenges of sustainable development.

Features sustainable civil engineering advancements and innovations Comprehensive coverage of topics from green buildings techniques to energy efficient construction methods Bridges the gap between academia and industry by offering insights into various disciplines in civil engineering

Autorentext

Masato Saitoh is a professor at the Graduate School of Science & Engineering and is currently the Head of the Department of Resilient Society at Saitama University in Japan. After earning his Doctor of Engineering (D.Engg.) from Saitama University in 2001, Dr. Saitoh transitioned to academia as an Assistant Professor at the same institution. Before this, he worked as a researcher at Japan's Railway Technical Research Institute (RTRI). His primary research interests include the dynamic response of the soil-pile system and foundation engineering. Dr. Saitoh has published over 35 international papers in prestigious journals and 17 national journal publications. Based on his research, he also holds 14 patents, including international PCT patents subsidized by the Japan Science and Technology Agency (JST). He has led numerous research projects the Japanese Government (JSPS) funded. In 2017, Dr. Saitoh received the Best Lecturer Award from Saitama University for outstanding teaching contributions. He also received the Best Paper Award from the Japanese Geotechnical Society in 2003 and the Best Speaker Award at the JSCE conference in 1997 and 1999. In recognition of his contributions, Prof. Saitoh received the Best Lecturer Award from Saitama University in 2017. He also received the Best Paper Award from the Japanese Geotechnical Society in 2003 and the Best Speaker Award at the JSCE conference in 1997 and 1999. He also received the Governor of Tokyo Award from the Japan Institute of Invention and Innovation in 2022.

Scott Arthur is a professor at the Institute for Infrastructure & Environment at Heriot-Watt University in the UK. He began his research career in 1992, working under the supervision of Professor Richard Ashley on a prominent EPSRC-funded project that investigated sediment and pollutant transport within combined sewer networks. After completing this work in Dundee, he moved to a Post-Doctoral Research Associate position at Heriot-Watt University in 1996. In August 2000, he was appointed to a lecturer position at Heriot-Watt University. Since then, his research has been supported by EPSRC, the European Union, the Scottish Government, the Royal Academy of Engineering, SNIFFER, and CREW. Prof. Arthur's research covers all aspects of urban drainage systems, from roof systems to urban watercourses and large sewer networks. He has published over 60 international papers in indexed journals and has been involved in several research projects funded by the Scottish Government and the European Union.

Aysha Akter is a professor and the Head of the Department of Civil Engineering at Chittagong University of Engineering & Technology (CUET) in Bangladesh. She earned a prestigious PhD in Civil and Offshore Engineering from Heriot-Watt University, United Kingdom, in 2011, supported by a competitive James-Watt Scholarship. With 24 years of experience leading academic institutions in Bangladesh and abroad, she has engaged in research activities and taught students from diverse social and cultural backgrounds. Her primary research interests include water resources engineering, riverbank protection through physical and numerical modeling, groundwater engineering, climate change effects on water resources, and coastal engineering. Dr. Akter has 40 national and international journal publications, 52 articles in national and international conferences, 5 book chapters and a research book. Her excellent research in 'rainwater harvesting' earned her the prestigious University Grants Commission (UGC) Award in 2015. She also received the best paper award at the 2nd International Conference on Research & Innovation in Civil Engineering (ICRICE 2020). She has been involved in several research projects on alternative water sources, riverbank protection, and coastal engineering, funded by the University Grant Commission, Bangladesh. Dr. Akter is a member of many professional organizations, including ASCE, IWA, and IEB, and serves the academic community as a reviewer for distinguished journals.

Inhalt

IN-SITU MEASUREMENTS AND PREDICTION MODELS FOR METHANE GAS GENERATION FROM OPEN DUMPSITE: A CRITICAL REVIEW AND IMPLICATION.- EVALUATION OF HEAVY METAL ASSOCIATED RISKS IN SOILS OF AN UNPLANNED DUMPSITE: A PUBLIC HEALTH CONCERN.-
SOIL EROSION ASSESSMENT USING THE RUSLE MODEL IN THE GANGES BASIN, RAJSHAHI.- SPATIO-TEMPORAL ASSESSMENT OF WETLAND CHANGE AND ITS IMPACT ON ECOSYSTEM SERVICES VALUE IN DHAKA METROPOLITAN AREA USING GEOSPATIAL TECHNIQUE.-
IMPACT OF SUGAR MILLS WASTEWATER ON THE GROUNDWATER QUALITY NEAR MILLS AREA.- SELF-AERATED COMPOST PREPARATION TECHNIQUE USING ORGANIC WASTE.- IDENTIFICATION AND SEASONAL FLUCTUATION OF GENERATED PLASTIC WASTE FROM LOCAL SHIPS AT MONGLA PORT.- A REMOTE SENSING BASED APPROACH FOR IDENTIFICATION & MONITORING OF SPATIOTEMPORAL CHANGES IN THE URBAN ECOLOGICAL LIVABILITY OF CHATTOGRAM CITY CORPORATION (CCC) AREA.- AN INVESTIGATION OF FINE PARTICULATE MATTERS IN METRO RAIL AND STATIONS ALONG MRT LINE-6 OF DHAKA, BANGLADESH.- MACHINE LEARNING TECHNIQUES FOR AIR QUALITY ANALYSIS AND FORECASTING: A STUDY ON NARAYANGANJ CITY, BANGLADESH.- IDENTIFICATION OF KEY PERFORMANCE INDICATORS AND ASSESSMENT OF WATER NETWORK PERFORMANCE IN ROHINGYA REFUGEE CAMPS IN BANGLADESH.- ASSESSING ECOSYSTEM SERVICES IN EASTERN COASTAL REGION OF BANGLADESH BASED ON LAND USE AND LAND COVER CHANGE.- CONSEQUENCES OF LAND USE CHANGE AND URBANIZATION ON THE THERMAL ENVIRONMENT OF RAJSHAHI CITY: A STUDY ON URBAN HEAT ISLAND EFFECT.- SELECTION OF SUITABLE SOLID WASTE DUMPING SITES IN SYLHET CITY USING GIS AND CORRESPONDING EMP.- ANTIBACTERIAL BIOCOMPOSITE SHEET FROM TANNERY WASTE: A SUSTAINABLE WASTE-TO-WORTH SOLUTION.- SUSTAINABLE AND ECO-FRIENDLY DEVELOPMENT OF TANNERY SOLID WASTE BASED CHITOSAN/EGG SHELL ANTIBACTERIAL COMPOSITE SHEETS.- GROUNDWATER LEVEL LOWERING DUE TO OVER-PUMPING IN ROHINGYA REFUGEE CAMPS AND ITS SOCIO-ENVIRONMENTAL CONSEQUENCES.- ASSESSING THE IMPACTS OF GLOBAL WARMING ON TOTAL PRECIPITATION AND WIND SPEED IN SOUTH ASIA: A COMPARATIVE ANALYSIS UNDER SSP2-4.5 AND SSP5-8.5 SCENARIOS USING CMIP6 MODEL FORECASTS.- PREDICTION OF MUNICIPAL SOLID WASTE GENERATION RATE USING MACHINE LEARNING; A CASE STUDY OF RAJSHAHI CITY…