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Calculate Internal Fluid Volume using the SOLIDWORKS Intersect Tool

Monday May 5, 2014 at 10:46pm
Last week during training I had a question asking how to work out the internal volume of a model, and taking this a bit further, how to calculate the volume of a fluid. To answer the query I showed a recent addition to the SOLIDWORKS feature set, the ’Intersect’ command.
Calculate Internal Fluid Volume using the SolidWor

Internal Fluid Volumes…

Last week during training I had a question asking how to work out the internal volume of a model, and taking this a bit further, how to calculate the volume of a fluid. To answer the query I showed a recent addition to the SOLIDWORKS feature set, the ’Intersect’ command. The Intersect can be used primarily to simplify the trim/knit/thicken process often used in surface modelling but it has a neat application when it comes to generating solids from negative space. I delved into the training file set and found an example of a kettle I could use…

 SOLIDWORKS Kettle

I proceeded to create the reference plane to try and gauge the level markings for the water levels of the kettle but without a solid volume this can be tricky…

 Set Water Level in SOLIDWORKS Kettle

The Intersect command uses the existing solid and the newlymcreated plane to find solid volumes between the intersecting geometry…

 SOLIDWORKS Intersect ToolbarSOLIDWORKS Intersect Tool in action

As you can see in the images the command has also found and created a solid volume where nothing previously existed…

 Internal Volume Calculation in SOLIDWORKS

After isolating the internal volume I was then able to use the mass properties command in conjunction with SOLIDWORKS 2014’s ability to calculate fluid volumes, to find out at what height the plane needs to be set at to mark off a particular value.

 SOLIDWORKS Kettle Render

Repeating the procedure would then allow me to work out each watermark.

by Russell Richardson

Elite Applications Engineer

Solid Solutions Management

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