Numerical modeling of embankment dam slopes constructed with improved material

The increasing population and industrial activities have made sustainable management of water resources and their environmental impacts crucial. In this context, embankment dams play a critical role in water storage and management. Efficient use and preservation of water resources are paramount for environmental sustainability. However, stability issues encountered during the construction of embankment dams can jeopardize dam safety and lead to serious environmental problems. Therefore, enhancing dam stability and ensuring safety is a priority in engineering. This study aims to analyze the slope stability in embankment dams with improved soil conditions using computer analysis. The stability of embankment dams constructed with stabilized fill materials was investigated using Slide and Plaxis software. The main objective of the study is to determine the effects of stabilized materials on the safety factor of embankment dams and identify the most suitable additive material and mixture ratio. Analyses were conducted on upstream and downstream slope stabilities, and the data obtained were compared. Given current environmental issues and climate change, dam safety and stability have become even more critical. Therefore, a detailed examination of the effects of fill materials on slope stability is essential. The research aims to facilitate safer and more sustainable dam designs by highlighting the impacts of different additive materials on embankment dam safety. The study concludes that improved soil conditions significantly enhance the stability of soil-filled dams and these techniques are critically important for safe dam design.