In recent years, high-heat-flux cooling techniques have received great attention from
researchers around the world due to its importance in thermal management of both …

Thermal management for high heat flux removal from microelectronic chips is gaining critical
importance in many earth-based and space-based systems. Heat fluxes greater than 1 …

An elliptic relaxation turbulence model (v2− f model) has been used to simulate the flow and
heat transfer in circular confined and unconfined im**ing jet configurations. The model …

Effective thermal management of power electronics in electric vehicles is essential for
reliability and increased power density. Currently, traditional cooling technologies such as …

Nanofluids, because of their enhanced heat transfer capability as compared to normal
water/glycol/oil based fluids, offer the engineer opportunities for development in areas …

The inexorable rise in chip power dissipation and emergence of on-chip hot spots with heat
fluxes approaching 1= kW/cm/sup 2/has turned renewed attention to direct cooling with …

Heat transfer enhancement capabilities of coolants with suspended metallic nanoparticles
inside typical radial flow cooling systems are numerically investigated in this paper. The …

Cooling of photovoltaic panels is an important topic in the field of energy-efficient devices.
An experimental setup is established in which SiC/water nanofluid with various flow rates …

Experiments were conducted to determine the effect of nozzle geometry (diameter and
aspect ratio) on the local heat transfer coefficients from a small heat source to a normally …

The high solar light concentration onto the photovoltaic cell leads to extremely high cell
temperature, which significantly decreases the cell efficiency and degrades its lifetime due to …