Phil Kinnane | October 12, 2012

On October 10th, the COMSOL Conference transitioned over from the United States to Europe, and I followed along. The big news from our conference in Milan is that over 350 people turned out for the first day alone, and around 100 more over the following days. Something else that struck me was that the facilities for the European COMSOL Conference were quite spectacular. The hotel in Milan was of an antique style, with large paintings that deck the walls of […]

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Niklas Rom | October 11, 2012

Oftentimes when you are working with devices with internal fluid flow, the imported CAD design represents the vessel material. The inside is plainly void. This may leave you clueless since it is inside where you want to create a volume mesh for the flow equations. How can you solve this meshing problem in COMSOL?

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Fanny Littmarck | October 10, 2012

As the conference opened in Milan today, we would like to take a moment and congratulate the COMSOL Conference Boston 2012 paper and poster winners. Three “Best Paper”, two “Best Poster”, and one “Popular Choice” awards were handed out.

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Phil Kinnane | October 9, 2012

While the highlights from the first day of our conference in Boston were about the release of 4.3a, and the second day was arranged around three fantastic guest keynote speakers, the final conference day offered a view into the future — Physics Builder.

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Phil Kinnane | October 8, 2012

The release of COMSOL Multiphysics version 4.3a introduces the Fatigue Module to the world of multiphysics modeling. As the diagram below shows, the Fatigue Module is used to perform structural fatigue life computations for both strain-based and stressed-based fatigue. Since the release, I’ve come to realize that this has been a sought-after product for COMSOL users. But why should you simulate fatigue?

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Phil Kinnane | October 5, 2012

The second day was a very interesting day at the COMSOL Conference. Once again, the keynote presentations were well received, and awards were presented to the best papers and posters during the Awards Dinner.

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Phil Kinnane | October 4, 2012

I thought that in the next couple of days I would share some of my impressions from the conference. With upwards of 330 attendees, with about as many papers and posters presented, and over 25 minicourses, there’s a lot to talk about.

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Phil Kinnane | October 3, 2012

Recently, Fanny blogged about spreadsheets and how they are used in engineering. She mentioned that they are great for collating material properties and other experimental results, and for then using these in COMSOL models. The simulation results from these models can in turn be compared to the original data, and help calibrate material properties and optimize the design. With the release of COMSOL Multiphysics 4.3a, COMSOL has now made it much easier to perform these tasks and extend your modeling […]

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Fanny Littmarck | October 2, 2012

Yesterday we announced the release of COMSOL Multiphysics Version 4.3a. The excitement around this release is already rising, and with good reason. Now we’d like to introduce you to the four new products and some of the major new features that are made available, via this COMSOL 4.3a Highlights video duo:

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Fanny Littmarck | October 1, 2012

Today marks not only the first day of October, but also the release of COMSOL Multiphysics version 4.3a. Four new products and 50+ updates are reason to get excited over this brand new version of COMSOL. Go ahead, find out what’s coming your way in multiphysics modeling.

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David Kan | September 28, 2012

Most of us take mathematical modeling for granted. After all, we’re taught physics and calculus almost hand-in-hand. But we owe a lot to the early pioneers like Isaac Newton, who demonstrated and strongly promoted interpreting natural phenomena through equations. Differential equations are especially useful since most things change as time marches on. Since we live in 3D space, partial differential equations (i.e., equations that express change in more than one “direction”) arise as the prominent tool to express continuum level […]

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