Ayana Simmons | December 9, 2013
Fanny Littmarck | November 27, 2013
You’ve seen glimpses of our new software release at the COMSOL Conference and perhaps engaged in commentary around it in social media. Today marks the official release of COMSOL Multiphysics version 4.4, and you can now learn about the software updates in detail and download it if you are on subscription.
Fanny Littmarck | November 15, 2013
A broken street sign turned into an online contest at the Dutch university TU Delft earlier this month. The TU Delft Webcare Team challenged their social media fans to determine what wind speed led the sign to buckle over — and the winner happens to be a COMSOL user. Here’s how Rob Eling solved the street sign challenge using COMSOL Multiphysics.
Fanny Littmarck | October 21, 2013
Microelectromechanical systems, also referred to as MEMS, involve very small devices, such as actuators, sensors, and resonators for instance. Inherent to the design of these devices is the coupling of many physics. Therefore, if you are an engineer who designs MEMS devices, you are likely familiar with multiphysics simulation software. If not, you can learn how to model these devices in our upcoming free webinar.
Pär Persson Mattsson | September 5, 2013
In June it was time for the International Supercomputing Conference (ISC) in Leipzig, Germany. Many of the largest hardware and software vendors for High Performance Computing (HPC) were there to present new equipment, and the latest TOP500 list, a list of the fastest supercomputers, was presented as well. In a world where we continuously demand faster computations and higher resolution in our models, it’s not only necessary to have better hardware; we also need software that can handle the ever-growing […]
Alexandra Foley | August 16, 2013
You may be familiar with the humming start of the mechanical fan that turns on when booting up your laptop computer. Such a fan is necessary to prevent electronic devices from overheating, and the accompanying whirring sound of the cooling system is an unavoidable side effect. As electronic devices become smaller, this mechanical fan must decrease in size as well, and therefore spin faster and faster in order to deliver the same amount of heat dissipation as a larger fan. […]
Fanny Littmarck | November 26, 2013
I recently stumbled upon a neat tool from Autodesk® called “Autodesk® Homestyler”. It’s surprising to see they have rolled out a tool that is more entertaining than utilitarian, but if a CAD company were to develop something fun for the general population, I suppose an interior design app makes sense. We took it for a test-drive. Here’s how it went.
Pär Persson Mattsson | November 14, 2013
A little while ago we wrote about being Intel® Cluster Ready (ICR) certified and the advantages for companies in need of high performance computing (HPC). The conclusion of that blog post was that you can install and run COMSOL Multiphysics on any ICR cluster without additional preliminary work. There is a solution even simpler than that, thanks to a joint project between COMSOL Multiphysics GmbH and Fujitsu in Germany, called Ready-To-Go+ (RTG+). RTG+ is a complete solution, bringing you an […]
Pär Persson Mattsson | October 3, 2013
The future of high performance computing (HPC) is in clusters and parallel computing. The last single processor computers on the TOP500 list disappeared in 1997 — more than 15 years ago. Clusters allow us to compute larger and more detailed models faster than ever before, but taking the step into the world of HPC can be a challenge. A lot of time, money, and research must be invested when building a cluster from scratch. What kind of hardware should the […]
Walter Frei | August 30, 2013
Recently, I was given a copy of the book Finite Element Modeling Methods for Photonics, by B.M. Azizur Rahman and Arti Agrawal. This book proved to be a good companion to the RF Module and Wave Optics Module for graduate students starting in photonics and new users of COMSOL who would like a very targeted introduction to the field. The website accompanying the book comes with some sample computer codes used by the authors in simulation that readers can use […]
Daniel Smith | July 11, 2013
There are many necessary steps required in order to create a superior product. Based on some initial (or existing) design, you first need to evaluate the physical characteristics of the system. Once some level of understanding of the system has been obtained, it should then be possible to refine and optimize the design based on some reasonable choice of a figure of merit for a good design. The final stage is to prototype the design, which is where 3D printing […]