Heat exchanger tubes with circular fins have been widely used in industrial and commercial
applications over the past decade and are considered one of the major researcher's …

In contrast to the predominant herringbone shape of heat plates, a microplate heat
exchanger has an array of relatively small dimples. Its number and shape define the …

We introduce novel fin designs for finned tube heat exchangers which enhance the
conduction heat transfer within the fin and the convective heat transfer along the fin surface …

Increase of the heat flow rate by applying finned surfaces is common in gas-liquid heat
exchangers. Thereby, devices with annular fins are frequently used. Demands for higher …

We studied the thermal and flow performance of tube heat exchangers with novel fin designs
for tube tilt angles of 0°, 20°, 30° and 40° to the horizontal. The novel fin designs target to …

This experimental study aimed to intensify the aerothermal performance index (API) in a
round tube heat exchanger employing twisted tapes in rib and sawtooth forms (TTRSs) as …

With the increase of heat transfer problems in marine vehicles and submerged power
stations in oceans, the search for an efficient finned-tube heat exchanger has become …

In some engineering applications, it is very desirable that the heat exchanger is as light as
possible while maintaining the heat transfer rate at an acceptable level. In this context, the …

Organic Rankine cycle (ORC) can efficiently recover exhaust heat of internal combustion
engines (ICEs). Evaporator is an important component that determines how much waste …

Finned tube bundle heat exchangers are used in a variety of applications. Tube bundles
with conventional circular plain fins (CPF) as well as new circular integrated pin fins (CIPF) …