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Civil engineering
Showing 1-30 of 802 Thesis
A Dynamic Resilience Framework for Urban Bridge Networks under Extreme Hazards...
In the face of increasing frequency and severity of extreme hazards—such as seismic events, flooding, and high-wind storms—urban bridge networks exhibit non...
Resilient Coastal Bridge Design for Naples Port: A Case Study...
Coastal infrastructure in Naples Port faces increasing exposure to extreme weatherevents, sea-level rise, and siltation, underscoring a need for resilient bridg...
Comparative Life-Cycle Assessment of Concrete Alternatives in Bridges...
The increasing demand for durable, sustainable, and cost-effective bridge infrastructure has intensified interest in replacing conventional Portland cement conc...
Smart Construction Site Digital Twin for Risk Mitigation and Efficiency...
The construction industry faces persistent risks and inefficiencies driven by fragmented information flows, inconsistent data standards, and limited real-time v...
Assessment of Field Durability of Recycled Concrete under Aggressive Environments...
This study addresses the growing need to understand the field performance of recycled concrete (RC) under aggressive environments, where exposure to chlorides, ...
Sustainable Lightweight High-Performance Concrete for Seismic Retrofits ...
This study addresses the critical challenge of enhancing seismic resilience in existing concrete structures through the use of sustainable lightweight high-perf...
Integrated Resilience Framework for Urban Highway Networks under Climate Extremes...
This study addresses the increasing vulnerability of urban highway networks to climate extremes—heat, flooding, and intense rainfall—and the consequent disr...
Sustainable Bridge Retrofit for Coastal Municipality: A Case Study...
Coastal infrastructure networks face increasing risks from climate-induced hazards, aging articulation joints, and corrosion-driven material degradation, threat...
Comparative Performance of Recycled Concrete Aggregates in Coastal Regions...
Coastal regions face accelerated deterioration and higher life-cycle costs for concrete structures due to aggressive marine environments, high chloride ingress,...
Intelligent Sensors for Real-Time Structural Health Monitoring Data Analytics...
The rapid evolution of sensor technologies and data analytics has enabled real-time structural health monitoring (SHM) systems to transition from passive data c...
Assessing Urban Pavement Performance Under Mixed Traffic Loads: A Field Study...
Urban pavements in rapidly growing cities are subjected to increasingly mixed traffic loads arising from private vehicles, commercial fleets, informal transit, ...
Development of a Low-Cost Flood-Resilient Drainage System for Urban Cities...
Urban flooding poses acute resilience and serviceability challenges in rapidly growing cities with constrained budgets, where conventional high-capital drainage...
A Framework for Sustainable Urban Drainage System Performance Modeling...
Urban areas increasingly confront hydrological extremes, where conventional drainage designs often fail to sustain performance under changing rainfall regimes, ...
Assessing Seismic Retrofitting Strategies for Historic Building Stock in Kathmandu V...
Urban centers in Nepal’s Kathmandu Valley house a dense concentration of historic masonry and adobe structures that underpin cultural identity and tourist eco...
Comparative Analysis of Corrosion-Resistant Reinforcements in Concrete Structures...
This study addresses the progressive degradation of reinforced concrete structures caused by corrosion under aggressive environmental conditions, evaluating the...
Smart Materials-Enabled Self-Healing Concrete for Sustainable Infrastructure Monitor...
This study addresses the escalating maintenance costs and safety risks associated with aging concrete infrastructure by exploring smart materials-enabled self-h...
Assessment of pavement distress and performance under mixed traffic in urban highway...
Urban highways in rapidly urbanizing contexts experience diverse, mixed-traffic conditions that challenge pavement performance and management practices. The stu...
Development of a Smart Concrete for Sustainable Flood-Resilient Urban Infrastructure...
Urban flooding, driven by climate variability and rapid urbanization, imposes substantial damages to life, property, and infrastructure, with conventional concr...
A Framework for Resilient Urban Bridge Network Design under Disruptions...
This study addresses the increasing vulnerability of urban bridge networks to disruptions arising from natural hazards, aging infrastructure, and operational co...
Resilient Flood-Resistant Bridge Design for Riverside Municipality Case Study...
Flood-related disruptions pose imminent risks to transport infrastructure in Riverside Municipality, constraining mobility, economic activity, and emergency res...
Comparative Assessment of Steel vs. FRP Reinforcement in Concrete Beams...
This study addresses the reliability and performance implications of using steel versus FRP reinforcement in reinforced concrete beams under flexural and shear ...
Smart Sensor Networks for Real-Time Structural Health Monitoring of Bridges...
The increasing demand for structural safety and maintenance efficiency of bridges necessitates advanced monitoring systems capable of providing continuous, real...
Assessing the Impact of Green Roofs on Urban Stormwater Management in City Centers...
Urban centers increasingly face challenges related to stormwater runoff, which exacerbate flooding, water pollution, and sustainable water resource management i...
Design and Evaluation of Sustainable Urban Stormwater Management Systems...
Urban stormwater management faces increasing challenges owing to rapid urbanization, climate variability, and the environmental degradation associated with conv...
A Framework for Sustainable Lightweight Concrete Mix Design Optimization...
The increasing demand for sustainable construction materials necessitates the development of optimized lightweight concrete (LWC) mixes that balance environment...
Sustainable Concrete Practices in Urban Infrastructure: A Case Study of City Council...
The rapid urbanization and increasing infrastructure demands in metropolitan areas necessitate the adoption of sustainable construction practices, particularly ...
Comparative Analysis of Sustainable Materials in Urban Pavement Construction...
The rapid urbanization and increasing environmental concerns necessitate the exploration and implementation of sustainable materials in urban pavement construct...
Smart Sensor-Based Automated Structural Health Monitoring for Bridges...
The structural integrity and safety of bridges are critical components of infrastructure resilience, yet traditional inspection methods are often labor-intensiv...
Assessment of Soil Stabilization Techniques for Sustainable Pavement Subgrades...
Inadequate soil stabilization techniques pose significant challenges to the sustainability, durability, and cost-effectiveness of pavement subgrades, compromisi...
Assessing the Impact of Green Roofs on Urban Heat Island Effect in Coastal Cities...
Urban areas, especially coastal cities, are increasingly experiencing intensified temperature elevations attributable to the urban heat island (UHI) effect, whi...
