Solidworks bridge technique investing

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The WSTIFF solver was selected because it can accurately handle the sudden solver step sizes created by the discontinuous forces resulting from the 3D contacts. The first run of the simulation had some exciting results, a beautifully animated collapse. This was the result I was expecting so initially I was convinced they were valid.

After reviewing my simulation parameters I noticed that for all my Solid Body Contacts I was using a friction factor for two acrylic materials and pondered the importance of the friction factor in this study. With a higher friction factor it would be harder for the coins to slide making them more stable. So I decided to change the Material inside the Contacts to dry steel which will give me a more realistic friction factor to the coins.

I was also missing a few contact sets so some coins were free to move horizontally causing my initial results to be inaccurate. The Motion Study with the corrected friction factor and added Solid Body Contacts took about 9 hours to solve on my laptop which is running 7. In hindsight I simulated for a whole second but only needed to simulate about 0. The majority of the simulation is no motion but a lot of contact forces between all the coins.

This gives me the confidence to believe that the coin bridge is stable. If you look closely in the video above or the 4 images in sequence below you can see the bridge bend but not collapse under its own weight. Your work area is the size of your plane, infinite. Each part and assembly start off with three plans, but each file can contain an infinite number of planes if the designer creates them. The designer is still responsible for creating 2-dimensional sketches to represent the 3D part.

Features are used individually to create the part. For more tips and tricks, check out the related articles below. Related Articles.