A Study on the Green Synthesis of Silver Nanoparticles and Their Applications

Abstract

STHE play a crucial role in facilitating efficient heat transfer between fluids in diverse industrial applications. To optimize performance, these heat exchangers often incorporate inclined baffles in their design. This research delves into the impact of inclined baffles on fluid flow properties and heat transmission within a STHE Strategically positioned within the shell side, the inclined baffles aim to enhance turbulence and disrupt laminar flow, thereby improving heat transfer rates. Through a combination of experimental studies and computational simulations, the performance of the heat exchanger with inclined baffles is compared to that without. The findings reveal a substantial increase in heat transfer efficiency with the incorporation of inclined baffles. This outcome suggests that the addition of inclined baffles presents a viable strategy for boosting thermal performance in various industrial processes. The deliberate placement of these baffles proves to be an effective means of augmenting heat transfer in STHE making them a valuable enhancement in the realm of industrial heat exchange systems.