Shaeri and Yaghoubi [25] reported the highest heat transfer rate in a laminar flow for a
perforated fin with the most perforations (porosity), regardless of investigation on the effects …

The benefits of using notch, slot and multiple circular perforations in plate fin heat sinks
(PFHSs), are investigated numerically, using a conjugate heat transfer model. Comparisons …

Thermal and hydraulic performance of laterally perforated-finned heat sinks (LA-PFHSs)
operating in the laminar flow regime were experimentally investigated and compared to that …

With the increase of high-power electrical components in modern ships, especially fully
electric ships with electric propulsion drive (EPD), the cooling of EPD electrical components …

An analytical model is proposed to predict the average Nusselt numbers of laterally
perforated-finned heat sinks (LA-PFHSs) with high aspect ratios in forced convection laminar …

Experiments were performed to investigate pressure drop and forced convection heat
transfer from laterally perforated-finned heat sinks (LA-PFHSs) across a wide range of flow …

Heat dissipation is an important issue in compactness and weight of equipment. Heat
dissipaters are not only chosen for their thermal performance but also for other design …

The benefits of using pinned heat sinks (PHSs) with multiple circular, square and elliptic
perforations for electronic cooling applications are investigated using Computational Fluid …

Turbulent heat transfer characteristics of three-dimensional and rectangular perforated fins,
including perforation like channels along the length of the fins, are investigated. Both …

A novel method to simulate drying from a pore-network model is presented. Due to the
evaporative mass-flux going out from the network as well as the outside airflow, a vapor …