External flow-induced forces on bumped surface circular cylinders in laminar flow regimes
are studied at a range of Reynolds numbers up to 200. This study examines three types of …

The present work aims at investigating laminar flow effects over bumped-surface circular
cylinders at Reynolds number≤ 200. Three bumpy cylinder surfaces are considered and …

Flow regulation between two tandem circular cylinders is a key topic in a variety of
engineering applications. The numerical study of laminar flow regimes over two tandem …

A wake-induced vibration of a self-excitation thin Piezoelectric (PZT) actuator is being
studied to explore some aspects of energy harvesting using vortices energy. The PZT is …

Numerical studies are performed to investigate the condensation behavior of single and
multiple bubbles in subcooled boiling flow. An open-source code is developed to model the …

Thermal buoyancy can be used as a tool for flow control and vortex shedding elimination. In
the present study, a numerical investigation of the thermal buoyancy effect on the laminar …

The force coefficients and heat transfer related to a circular cylinder with grooved surfaces
are studied at Re≤ 200. Three types of grooved surfaces are examined: square, triangle …

This paper numerically analyses the thermal characteristics of tandem cylinders, considering
different grooves and non-dimensional rotation speeds (Ω). Two cylinders have the same …

In this study, the thermo-fluid characteristics of flow over tandem circular cylinders are
controlled and investigated at 75≤ Re≤ 200. An identical diameter is set for both circular …

This study examined the steady, two-dimensional, incompressible, and laminar viscous fluid
flow between two porous disks in an external magnetic field. The main objective of this …