Kayane Dingilian, Chemical Engineering student and researcher, California Institute of Technology, sent us this story on how SolidWorks Flow Simulation is helping to “speed up my research and get to the results more quickly than ever.” Kayane, thank you for sharing with the SolidWorks community. Marie
SolidWorks – An Unexpected Tool Inside the Laboratory
At the California Institute of Technology, we’re on summer vacation…almost. Many students, including myself, return to the campus for 10 weeks during the summer to perform research as part of the SURF (Summer Undergraduate Research Fellowship) program. As a chemical engineer, I’ve applied my skills to various disciplines in my research, and have learned a great deal as well. I learn more every day!
I have used AutoCad for many years to design components and assemblies. I started using SolidWorks earlier this summer because it provided better prints for the manufacturing of the components. That was expected. However, what surprised me was the opportunity that SolidWorks gave me to pattern the air flow in my project.
Here I would like to share how easily I can use SolidWorks for simulation, and yet how powerful it was in helping me and my team make the necessary modifications and move forward with our project.
Modeling Air Flow
An important part of my research is modeling the flow of air inside an enclosure. All the work that my team had done was based on concepts and standard design calculations. We did not even think that modeling would be necessary, that is … until we started seeing unexpected results. Since I cannot see the air flow to be able to observe it myself, the SolidWorks flow modeling came to the rescue and provided possible patterns of air flow inside the enclosure. The software was very user friendly and gave us a place to start making the necessary design changes to get the flow that we wanted.
I must say that at first these simulation programs sounded intimidating. But as a good engineer, I had to find the simplest patterns that could simulate our experimental set-up. I simplified our complicated design to look more like a cube. Next, I had openings to allow for the air flow in and out, as shown below. |