Stability of reinforced slopes is almost always carried out using limit equilibrium methods and controlled by the shear strengths of the slope materials and the extension force of reinforcements. According to limit equilibrium methods, the stability of slopes is assessed by dividing the whole failure wedge into several vertical elements. In order to determine the safety factor of the reinforce...

in this paper, we introduce fractional order of a planar fractional prey-predator system with a nonmonotonic functional response and anti-predator behaviour such that the adult preys can attack vulnerable predators. we analyze the existence and stability of all possibleequilibria. numerical simulations reveal that anti-predator behaviour notonly makes the coexistence of the prey and predator po...

This paper presents a comparison study between methods of deep learning as new category slope stability analysis, built upon the recent advances in artificial intelligence and conventional limit equilibrium analysis methods. For this purpose, computer code was developed to calculate factor safety (FS) using four methods: Bishop’s simplified method, Fellenius Janbu’s corrected method. The verifi...

The slope soil analysis remains a corporate concern in construction activities. Because of its significance, the evaluation stability has called widespread attention to several researchers all over world. Many methods have been technologically advanced evaluate slopes soils founded on distinct expectations and circumstances. Every method specific benefits limits. This work makes comparison amon...