The fluid-solid-soil coupling mechanism and seabed stability problems surrounding marine
structures are highly complicated. Artificial intelligence models trained by specific samples …

This study presents experimental verification and numerical simulations of a vortex flow
meter in the Reynolds number range between 8300 and 50,000. A custom-designed bluff …

This study presents a deep learning approach for predicting the flow field in the
incompressible turbulent three-dimensional (3D) external flow around right-rhombic prism …

Batteries have a significant impact on electric vehicle performance. As a result, it is critical to
design a battery thermal system that effectively removes the heat generated by the battery …

Furnaces are widely used in industries for heat treatment of various materials to enhance
their core properties without altering physical size or shape. With the impact of rising energy …

The enhancement of the micro-sized heat pipes efficiency is now a critical matter. The
optimized micropipes should have both high thermal performance and low-pressure drop …

In computational fluid dynamics (CFD), there is a transformation of methods over the years
for building commercially coded software. Each method has predicted its own set of …

The advancing front method (AFM) is one of the widely used unstructured grid generation
techniques. However, the efficiency is relatively low because only one cell is generated in …

Aerodynamic improvements primarily result in decreased fuel usage and carbon dioxide
emissions into the atmosphere. Numerous governments support ongoing aerodynamics …

Selection of appropriate optimization technique for structural optimization problems plays
vital role as these problems involve nonlinear objective function, complex behavior …