This project focuses on exploring how the choice of concrete mix design in construction projects can impact the environment. By comparing various mix designs for sustainability, emissions, and resource consumption, we aim to provide insights…
Read MoreSelf-healing concrete incorporates mechanisms to repair cracks autonomously, reducing the need for costly repairs and enhancing infrastructure durability. This project aims to evaluate the effectiveness of self-healing concrete in improving the sustainability of infrastructure by…
Read MoreThis project focuses on exploring the utilization of recycled materials, such as aggregates, fly ash, and slag, in concrete production to promote sustainable construction practices. By investigating the properties and benefits of incorporating these materials…
Read MoreUrbanization is transforming landscapes worldwide, leading to changes in streamflow patterns. This project aims to assess the impact of urbanization on streamflow in a developing city. By analyzing hydrological data and urban development trends, the…
Read MoreThis project focuses on studying how incorporating recycled materials, such as fly ash, slag, and recycled concrete aggregates, in concrete mixes can impact the properties and sustainability of construction applications. By investigating the effects on…
Read MoreTraffic congestion in urban areas has been a growing concern due to its detrimental effect on pavement deterioration. This project aims to assess the impact of traffic congestion on pavement condition by analyzing data on…
Read MoreSelf-healing concrete is a revolutionary material that has the ability to repair micro-cracks autonomously, improving the durability and lifespan of infrastructure. This project aims to investigate the effectiveness of self-healing concrete in increasing the resistance…
Read MoreGeopolymer concrete is a sustainable alternative to traditional Portland cement-based concrete, created using industrial by-products to reduce carbon emissions. This project aims to study its effectiveness in construction applications by analyzing its compressive strength, durability,…
Read MoreThe project aims to study how climate change affects road infrastructure design and construction. Factors such as increased temperatures, extreme weather events, and rising sea levels pose challenges to road stability and durability. By understanding…
Read MoreClimate change is significantly impacting urban areas, leading to more frequent extreme weather events. This project focuses on how these changes affect the design and performance of transportation infrastructure such as roads, bridges, and tunnels.…
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