- #Solidworks flow simulation vs floxpress how to
- #Solidworks flow simulation vs floxpress serial number
- #Solidworks flow simulation vs floxpress license
Type in the Flow Simulation serial number and proceed ‘Next’ to the ‘Product Selection’ screen.Select "Modify the individual installation" and proceed next.Locate the SolidWorks installation in the list of program and elect to "Change" it.
#Solidworks flow simulation vs floxpress license
If you have a Flow Simulation license you would need to modify your installation to include the add-in like this:
I hope you can use it to your advantage as you evaluate your SOLIDWORKS designs.If that button is grayed out it would usually indicate that the Flow Simulation add-in is not installed onto your machine. The comparison functionality of SOLIDWORKS Simulation and Flow Simulation is just one of the many great tools available to post-process results. The left image in the view is Heat Sink 1, and the right image is Heat Sink 2 from the example assembly above. We can open, save or copy them individually via right-click menu selections. The comparison appears as side-by-side images under the Active Scene tab. Also, as highlighted below, I can compare the currently Active Scene (the plot shown above) for the two projects, applying the settings of the plot and model view orientation to both. It allows comparison of any plots that were previously created. To access the Compare tool in Flow Simulation, simply right-click on the Results section of the project tree and pick it from the menu. Solved result of Heat Sink 1 from previous image. I’ve done so below with a cut plot for the first configuration, which shows a maximum temperature of 115 deg. For clarity, the top of the enclosure is hidden in this example.Īfter solving both projects, we can set up a suitable result plot. Two versions of heat sinks in a power supply. The project is solved as an internal analysis with forced cooling provided by the inlet fan, with the appropriate materials and heat sources applied. For clarity, the top of the enclosure is hidden. The power supply below requires comparison of results for two configurations of the heat sink part. I’ll show it using the following assembly. The analogous function in this program was introduced in the 2013 release and is very easy to use. The small control window allows synchronization of the plots and saving the collection to a single image. Both springs show maximum stress greater than the yield strength of the material, suggesting that there will be some permanent deformation of the disk when the load is released. The 0.125-in thick spring will deflect an acceptable distance. The Compare results are shown below using the same scale for each plot type (0.125-in on the left side). We want to see stress and displacement results from the solution of the two thicknesses. It is possible to compare the plots from the same or different configurations. The load was applied to the inside, top edges in the downward vertical direction.Īfter running each study, we access the Compare Results tool from the Simulation command manager. Quarter symmetry was used to reduce the problem solution time. Studies for each configuration were set up using nonlinear material properties to account for any plastic deformation. A disk spring made of A316 stainless steel with a yield strength of 25 ksi. are considered for supporting a 175-lb load with maximum deflection less than 0.1 in. The disk spring shown below is made of A316 stainless steel with a yield strength of 25 ksi. Introduced in the 2014 release, the “ Compare Results” tool allows a side-by-side look at up to four result plots associated with different configurations of the same model. Let’s look at SOLIDWORKS Simulation first.
#Solidworks flow simulation vs floxpress how to
I’ll show you how to access each in this Simulation blog. Do you need an easy way to compare results when running multiple studies in SOLIDWORKS Simulation or multiple projects in SOLIDWORKS Flow Simulation? Both programs have great functionality for this.