Temperature has always been, and will continue to be, a good enough leading indicator of product reliability. As a parameter it is easy to specify a maximum rating value and relatively easy to measure. However it is not temperature itself that directly causes product failure, more often than not it is some kind of mechanical fracture or deformation that itself is fuelled by … [Read more...]
Top 10 FloTHERM V10 Features – #2: Advanced Find
Electronic products, and products that contain electronics, are typified by being constructed of 100s if not 1000s of individual parts. A CPU alone is the most complex manufactured product on earth as demonstrated in this excellent picture story on Tom’s Hardware. From the IC through package, PCB and chassis, items are glued, cured, soldered, screwed and assembled into … [Read more...]
Top 10 FloTHERM V10 Features – #1: New GUI
FloTHERM V10 is a major release that marks 25 years as the leading electronics thermal simulation tool. This series will introduce the top 10 features that we’ve delivered, hopefully giving some insights not just on the features themselves, but also on the background as to how and why we’ve developed them. To start with let’s look at the most obvious change, a … [Read more...]
Happy 25th Birthday FloTHERM !
Late in 1988 two key employees of CHAM (Concentration Heat And Momentum Ltd.), the first commercial CFD vendor and at the time market leader, left to set up a new type of CFD company. Recognising the opportunity to package CFD in focussed, highly automated and application specific products, David Tatchell and Harvey Rosten started to develop what would become FloTHERM. A CFD … [Read more...]
PC Overclocking and Aftermarket Modding. Part III – Power vs. Frequency?
Thermal simulation of electronic systems using FloTHERM usually involve the definition of the 3D geometry and relevant material properties, specification of the power dissipation of the components as well as the ambient temperature that together lead to a numerical prediction of the resulting heat fluxes and temperatures. If the predicted component temperatures are too high … [Read more...]
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