The thermal energy exchange between a flowing fluid and its confining channel is a
ubiquitous process in modern society. To enhance the fluid-to-wall or wall-to-fluid heat …

Two-phase microjet impingement cooling is a potential solution for removing heat from high-
power VLSI chips. Arrays of microjets promise to achieve more uniform chip temperatures …

An experimental/computation investigation was carried out to develop a MEMS-based micro
cooling device to provide direct cooling to high heat flux electronics and MEMS devices. This …

In this paper, a microjet-based cooling system is proposed for the thermal management of
high-power light-emitting diodes (LEDs). Preliminary experimental investigation and …

At present, many areas of industry have strong tendencies towards miniaturization of
products. Mechanical components of these products as a rule are manufactured using …

The feasibility of implementing a two-color laser-induced fluorescence (LIF) technique to
study thermal transport at the microscale is investigated. Temperature-sensitive (Rhodamine …

Thermal management is critical for integrated circuit (IC) design. With each new IC
technology generation, feature sizes decrease, while operating speeds and package …

Decreasing feature sizes and increasing package densities are making thermal issues
extremely important in IC design. Uneven thermal maps and hot spots in ICs cause physical …

The present study proposes a novel hybrid design of a heat sink based on micro-channel,-
pillar and-jet impingement. A three-dimensional numerical model is constructed to …

This study evaluated a silicon-based micro-jet impingement heat sink for electronic cooling
applications. First, the pressure-drop and thermal characteristics were investigated for …