Concrete compressive strength (CS) is a crucial performance parameter in concrete
structure design. Reliable strength prediction reduces costs and time in design and prevents …

This research focuses on optimizing the prediction of discharge coefficient (Cd) of triangular
side orifices (TSO) using a novel stacked model (SM) incorporating five machine learning …

Piano key weirs (PKWs) are an increasingly popular hydraulic structure due to their higher
discharge capacity than linear weirs. Accurately predicting the discharge of PKWs is …

The present study aims to enhance the efficiency of the conical solar distiller in producing
water during both day and night. This will be achieved through design enhancements, such …

This study investigates the enhanced performance of hemispherical solar stills by integrating
charcoal balls. The method showcases improved efficiency by augmenting heat transfer …

Hydraulic jumps reduce kinetic energy after ogee spillways, improve wastewater
chlorination, and serve many hydraulic applications. This study utilized seven Machine …

Compressive strength is a key factor in the design and durability of concrete structures.
Accurate prediction of compressive strength helps optimize material use and reduce …

ABSTRACT Piano Key Weir (PKW) is a non-linear weir with a small foundation footprint that
allows large discharges through a narrow channel. The presence of overhangs classifies it …

The study investigates the performance enhancement of a conical solar distillation system
by incorporating different energy storage materials, including glass balls, stainless steel …

The incorporation of fins on the flat absorber of a basin is known to improve thermal
efficiency and distillate production by increasing the surface area exposed to sunlight …