Fluid-induced flag vibrations provide unattended, efficient, low-cost, and scalable solutions
for energy harvesting to power distributed wireless sensor nodes, heat transfer …

There has been a recent resurgence in both academic and industrial interest in process
intensification as an approach to meet ever increasing challenges in the process industries …

Thin film aeroelastically fluttering reeds are investigated as a mechanism to enhance air-
side heat transfer in an industry relevant crossflow heat exchanger that can reject over 10 k …

The flapping dynamics of multiple wall-mounted flexible flags vertically clamped in a heated
channel and their effects on heat transfer performance were explored numerically. The fluid …

This study experimentally investigated the flapping dynamics of a piezoelectric (PE) fan in
channel flow and the resultant wall heat-removal performance enhancement. The PE fan …

The influence of an inverted flag's length-to-channel-width ratio (C*= L/W) on its oscillating
behavior in a channel flow and the resultant vortex dynamics and heat transfer are …

This study investigated the fluid–structure–thermal interaction of a fluttering membrane in
turbulent channel flow at three different modes (straight mode, unsaturated flutter mode, and …

Air-side heat transfer and pressure drop in a crossflow plate-fin heat exchanger with and
without enhancement due to fluttering reeds are investigated under maldistributed air flow …

A numerical approach for the modeling and simulation of fluid-structure interaction (FSI) in
multi-material and multi-phase systems with potential phase-changes dynamics is …

Energy is the key driver of life. It is required for the growth, exaltation, modernization, and
financial development of any country. The world is turning away from fossil fuels in favor of …