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Showing 1-30 of 802 projects
This study investigates the optimization of fly ash–geopolymer concrete (FA-GPC) as a sustainable alternative to conventional Portland cement concrete for str...
This research presents an integrated assessment of seismic retrofit strategies and advanced materials for improving the resilience of civil infrastructure in hi...
This research investigates a cost-effective seismic retrofit strategy for low-cost housing using recycled polypropylene-geogrid composites to enhance structural...
This study presents a comprehensive evaluation and optimization framework for a lightweight sustainable concrete mix designed to enhance seismic resistance whil...
This study presents a comprehensive evaluation of advanced seismic retrofit strategies for existing reinforced concrete (RC) frame buildings using a combination...
Urban areas face escalating flood risk, urban heat island effects, and water quality challenges driven by rapid urbanization and climate variability. This study...
The proposed study investigates the optimization of Submerged Floating Tunnel (SFT) deployment as a transformative solution for offshore civil infrastructure, a...
This study investigates the seismic performance enhancement of reinforced concrete (RCC) frame structures through the integrated application of fiber-reinforced...
This study presents the design, optimization, and performance evaluation of an integrated sustainable flood-resilient urban drainage system tailored for peri-ur...
This study investigates the performance optimization of fly ash–geopolymer concrete (FAGC) for seismic-resistant reinforced concrete (RC) frame systems in den...
The study presents the design, evaluation, and performance assessment of a low-cost permeable pavement system intended for urban settlements subjected to intens...
This study presents a comprehensive framework for health monitoring of reinforced concrete bridge decks by integrating structural health monitoring (SHM) techni...
This study investigates a performance-based seismic retrofit approach for aging reinforced concrete school buildings utilizing fiber-reinforced cementitious com...
This study presents a comprehensive investigation into the optimization of geopolymer concrete (GPC) mixtures to achieve sustainable, high-strength performance ...
This study presents a comprehensive approach to designing and optimizing a lightweight, thermally insulated modular housing unit that leverages hempcrete and fe...
In seismic regions, reinforced concrete beams often govern the lateral load resistance and overall ductility of structures, yet conventional design practices ca...
Hybrid optimization of concrete mix design and sustainable formwork using recycled materials for low-cost rural housing presents a holistic approach to addressi...
This study investigates the effectiveness of integrating permeable pavements and green-infrastructure (GI) to remediate urban flood-prone zones, combining hydro...
This study investigates the optimization of shoreline stabilization for coastal urban infrastructure through the application of a geosynthetic-reinforced soil (...
The study investigates the feasibility and performance of lightweight aggregate concrete (LWAC) produced with recycled concrete aggregates (RCA) for use in sust...
The increasing demand for sustainable infrastructure has propelled the exploration of innovative materials and design practices in civil engineering, particular...
As urban areas continue to expand, the integration of sustainable building practices has become increasingly vital for environmental preservation and urban liva...
Access to clean and safe drinking water remains a significant challenge in many rural communities worldwide, contributing to health issues, reduced productivity...
Rapid urbanization and increasing unpredictable weather patterns have exacerbated stormwater management challenges, leading to frequent flooding, property damag...
Urbanization has led to increased demand for sustainable building solutions that mitigate environmental impacts and enhance urban living conditions. Green roof ...
Urbanization has led to significant challenges in managing stormwater effectively, highlighting the necessity for sustainable and optimized solutions to mitigat...
Urban areas face increasing challenges related to stormwater runoff, resulting in flooding, water pollution, and strain on traditional drainage systems. Green r...
The increasing demand for sustainable construction practices has intensified the exploration of environmentally friendly materials in structural engineering, pa...
This research explores the sustainable design and implementation of green roofing systems within urban infrastructure, aiming to address the increasing environm...
This research investigates the development and evaluation of sustainable modular bricks produced from industrial waste materials, aiming to address environmenta...