The Appification of CFD Simulation has Started

The Appification of CFD Simulation has Started

There has been much talk about the appification of established technologies. Discussion on the appification of high-value CAE simulation seems…

Room Temperature Metal Bonding – Heralding a Revolution In IC Performance and Reliability?

Room Temperature Metal Bonding – Heralding a Revolution In IC Performance and Reliability?

A reliable electronic product is generally a cool one. In addition, one of the main limiters of non-functional performance is…

Automated Model Calibration in FloTHERM – A Future Cornerstone of Simulation Based Workflows, Today

Automated Model Calibration in FloTHERM – A Future Cornerstone of Simulation Based Workflows, Today

Available in the recently released FloTHERM V11.1 is the ability to calibrate a FloTHERM simulation model so that it matches…

Top 7 FloTHERM V11 Features – #5: Overlapping Localized Grid

Top 7 FloTHERM V11 Features – #5: Overlapping Localized Grid

A grid (mesh) defines a tessellated collection of small volumes that cover the 3D volume of space that is to…

Top 7 FloTHERM V11 Features – #4: FloMCAD Automation

Top 7 FloTHERM V11 Features – #4: FloMCAD Automation

Software can be described in two ways, what it does (functional) and how it does it (non-functional). As a software…

Top 7 FloTHERM V11 Features – #2: FloMCAD’s Voxelize

Top 7 FloTHERM V11 Features – #2: FloMCAD’s Voxelize

The simulation of MCAD geometry is a day to day requirement for the majority of thermal design engineers, especially those…

Top 7 FloTHERM V11 Features – #1: Joule Heating

Top 7 FloTHERM V11 Features – #1: Joule Heating

FloTHERM V11 is now released and contains a wealth of interesting and useful features. In this blog series I’ll select…

A Couple of Other Electronics Thermal Blogs…

A Couple of Other Electronics Thermal Blogs…

Blogs are a great outlet if you are passionate about a subject. I’ve been running this blog on mentor.com for…

Organically Grown 3D Printable Heatsinks – Part 4: A Fully Automated Methodology

Organically Grown 3D Printable Heatsinks – Part 4: A Fully Automated Methodology

The additive design methodology itself is quite straightforward. It is however highly repetitive. Perform a simulation, identify a maximum temperature…