In the present study, the effect of attack angle of triangular ribs, by using finite volume
method, has been numerically studied in a two-dimensional microchannel. The cooling fluid …

The heat transfer performance of a system can be improved using a combination of passive
methods, namely nanofluids and various types of tube geometries. These methods can help …

The present study deals with the investigation of the heat transfer performance of nanofluids
using diesel oil as base fluid and multi-walled carbon nanotubes (MWCNT) and graphene …

This experimental study is focused on heat transfer performance and pressure drop
characteristics of ZnO/DIW-based nanofluids (NFs) in horizontal mini tubes of different (1.0 …

Vibration on the flow system has great effects in terms of heat transfer augmentation and
uniformity in temperature across the section of circular pipe. In this paper, effect of vibration …

Nanofluids are the combination of a base fluid with nanoparticles with sizes of 1–100 nm. In
order to increase the heat transfer performance, nanoparticles with higher thermal …

Nanofluids are the new developed thermal fluids with enhanced thermophysical properties
which can improve heat transfer performance of various applications. By introducing …

In this paper, we studied heat transfer characteristics in the developing and the developed
flow of nanofluid inside a tube with different entrances in the transition regime. A range of …

The present experimental study investigates the thermal and hydraulic performance of
Ethylene Glycol (EG)-based ZnO nanofluids (NFs) in circular minichannel test sections, each …

Laminar flow hydrodynamic characteristics of alumina based nanofluids (0–2.5 vol.%)
flowing through straight tubes and helical coils with different combinations of curvature and …