The Online Publication and Book Series Dedicated to the Thermal Management of Electronics
Qpedia Thermal eMagazine was launched in 2007 as a monthly newsletter focused on the thermal management of
electronics. Now in its 9th year of publication, Qpedia is a highly respected monthly magazine that is distributed
at no charge to over 18,000 engineers. Written and published by the engineers of Advanced Thermal Solutions, Inc.,
Qpedia is a technical resource to help the engineering community solve the most challenging thermal problems. Each
issue provides practical approaches to thermal management challenges and explains the new technologies for
successfully cooling today and tomorrow’s hot-running electronics.
Table of Contents -
February 2010
February 2010
Features
Fundamentals of Magnetofluiddynamic Pumps
The thermal conductivity of liquid metals can be orders of magnitude greater than water, glycol or engineered dielectric fluids. This means an equivalent amount of cooling can be performed using much less mass flow rate. The requirements for pumping and pressure heads are reduced, which in turn can increase reliability.
An Approach for Compact Heat Sink Modeling
This article discusses the methodology of compact heat sink modeling. It first provides some modeling background, then compares detailed, substitute and compact modeling. It shows how these modeling results correlate with experimental data.
Case Study: Cabinet Cooling Using a Water and Refrigeration System
In the past, designers tried rack cooling methods such as cabinets with better airflow configurations, adding central air conditioning systems, raising floors and using cold-aisle and hot-aisle layouts. Today, engineers are turning their attention to water-cooled techniques and refrigeration technology to solve cabinet overheating problems.
Using the Sterling Cycle for Cooling and Power Generations
For many years a shift in the basic electronics cooling methods has been sought. This would be a method that not only transports heat from one place to another, but converts heat into a more easily controlled form of energy. An example of a more suitable form of energy is mechanical motion, which can be generated using the Sterling cycle.
Cooling News
New products, services and events from around the industry.
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