These user success stories will give you an idea of how COMSOL products have been used to solve problems and achieve real competitive advantage. The latest stories can be ordered free-of-charge here.
COMSOL in Education
According to Professor Plawsky, modeling and simulation software is an essential part of the modern-day engineer’s toolkit, which is why integrating software into the curriculum at Rensselaer is a priority. “COMSOL is something that chemical engineers can jump right into and readily use."
Keeping your engineering skills up to date and career on track requires constant learning. When it comes to continuing education for professional engineers, perhaps no institution offers a greater degree of engineering expertise and flexibility than Rensselaer at Hartford, Connecticut, a branch campus of the technology-based education and academic research leader Rensselaer Polytechnic Institute.
An undergraduate heat transfer course uses COMSOL Multiphysics to help students design the cooling of a motorcycle engine block. Students were able to create their designs in the SolidWorks CAD package, and then bring these into the COMSOL modeling environment. Here, they could easily perform heat transfer analyses.
Partial differential equations form the theoretical basis for ready-to-use modeling packages in transport phenomena. Understanding the implementation and getting quick results move the PDEs from an abstract and theoretical level to a more concrete and practical level - the equations come to life.
As part of a course in biomedical engineering, Dr. Hart gives assignments that require the students to create models in COMSOL Multiphysics. In addition, graduate students and post-doctoral researchers working under Dr. Hart use the software to find new knowledge about how bones react to physical stress and other stimuli.
With the advent of Comsol Multiphysics and other software packages we are now able to take chemical reaction engineering (cre) to new levels of analysis in our graduate and undergraduate courses as well as for the practicing engineer. We can usolve the PDEs that arise in developing models for a variety of reaction engineering problems/systems.