Abstract Applications of Machine Learning methods make a paradigm shift in the domain of
water resources engineering. This study not only presents the story of emerging eXtreme …

A porous weir is an environmentally friendly structure with minimal negative environmental
impact. Due to the complex flow mechanism around porous weirs, it is difficult to provide a …

In this paper, the discharge coefficient prediction model for this structure in a subcritical flow
regime is first established by extreme learning machine (ELM) and Bayesian network, and …

Electrical discharge machining (EDM) is a complex process renowned for shaping intricate
geometries in hard materials, though optimizing its performance is costly due to extensive …

A weir is an accurate hydraulic structure for estimating water discharge in open channels
and rivers. It can be constructed with a standard shape with vertical upstream and …

The effect of green belts on wave absorption is a critical aspect of coastal protection
strategies. The effectiveness of green belts in wave absorption is influenced by factors such …

The discharge of hazardous liquids from storage tanks poses a serious threat to the
surrounding environment and humans in consideration of the potential risk of catastrophic …

Luffa is a robust, renewable biomaterial known for its low mass, high specific strength, and
non-toxicity, making it ideal for composite development. This study modified luffa to create …

Based on the principles design of hydrofoil weirs, Modified Semi-Cylindrical Weirs (MSCWs)
incorporate an innovative tangential ramp along the downstream crest contour, thereby …

One of the essential challenges of flow measurement using the flume structure is whether
the flow is free or submerged. Therefore, determining the free-submerged flow boundary is a …