In this review, an overview of pulsating flows with and without heat transfer is done. In
addition to conventional fluids, the effects of using nanofluids are investigated. Using …

In the 21st century, researchers have been showing keen interest in the areas of wireless
networking and internet of things (IoT) devices. Conventionally, batteries have been used to …

The accurate description of the aerodynamic forces due to free-stream turbulence acting on
a stationary bridge deck represents a challenging task. This paper presents a Computational …

The article introduces a novel weakly-partitioned numerical coupling method implemented
to analyze the wind-induced response of low-damped structures incorporating a Tuned …

Abstract A two-dimensional (2D) partitioned solver is extended for large-displacement fluid–
structure interaction (FSI) simulations of thin plate systems, particularly to investigate their …

The paper presents an extension of vortex particle methods (VPM) in the context of pseudo-
three-dimensional (pseudo-3D) multi-slice coupled numerical model for complex aeroelastic …

The article deals with modeling the process of force load generation at an initial periodic
change in pressure (a plane problem). The subject of research is a pulsating flow in a flat …

The article introduces a novel weakly-partitioned numerical coupling method implemented
to analyze the wind-induced response of low-damped structures incorporating a Tuned …

An analytical solution to the problem of pulsating fluid motion in a plane-parallel channel is
obtained with allowance for single and group transfer of molecules in the flow. The …

The paper presents a partitioned extension of vortex particle methods (VPM) in the context of
pseudo three-dimensional (3D) multi-slice model to simulate wind-induced vibration of thin …