The computational cost of discrete element modelling is high owing to the limitations of
particle size and contact in fibre modelling. This paper proposes an optimised discrete …

Enzyme-induced calcium carbonate precipitation (EICP) technology can improve the
strength of treated soil. But it also leads to remarkable brittleness of the soil. This study used …

Gap-graded soil, classified as internally unstable soil, is susceptible to hydraulic failure due
to the migration and erosion of fine particles through the coarse particle matrix at a relatively …

Groundwater flow is one of the main driving factors in the erosion of streambanks,
particularly during return flow of bank storage as sediment particles on the bank face may be …

Silty sand slopes are prone to damage due to seepage or rainfall. A partial reinforcement
method using short polypropylene fiber and sand mixtures was proposed to protect silty …

This study investigates the behaviour of basal-reinforced embankments under seepage flow.
For this purpose, physical embankment models with dimensions of 195 cm long, 100 cm …

Precise prediction of irrigation volumes is crucial in modern agriculture. This study proposes
an optimized long short-term memory (LSTM) model-based irrigation prediction method that …

The crack resistance and brittle failure of soil can be improved by polypropylene fiber
addition. In this study, polypropylene fiber was added to sand during the microbially induced …

The earth structures like river embankments, levees, canal diversion structures, check dams,
etc., have an important role in the irrigation and drainage projects. Construction of these …