Reza khanbilverdi kzfaq.info/get/bejne/Y8mXecVeqbGqlpc.html You have to look closely on this video as it moves through the clicks quickly. In the wizard you specify the fluid height in the concentration dependency table. I hope this helps!

Glad you liked it! We've been acquired by Hawk Ridge Systems. A playlist on more things analysis related can be found here: kzfaq.info/sun/PLPdRf85-kUEgnlJWrV6xJR1sbjaNu3S1-.

Thanks for the comment. Each study assumes a rigid bed, but we can create multiple studies and iterate the geometry changing based by using results from the previous study. As you may already be aware, Flow Simulation provides results including pressure and velocity to help define what the next iteration of the bed may look like.

Yes, this can be done. Here are two tips, both done in the General Settings of the Flow Simulation study (can also be done in the Wizard for initial study creation): 1) For the Initial Conditions\Concentrations\Initial Fluid, click Dependency to define the initial height of the two fluids. 2) For Analysis Type\Gravity, turn this on and also use Dependency to change your values of the gravity as a function of time depending on your desired various positions.

This would be a great addition to SOLIDWORKS Visualize Professional animation rendering capabilities! It looks like this request has already been submitted under SPR 1026253 - *Ability to import Flow Simulation data like streamlines into Visualize*. We recommend you contact your reseller to be added to the notification list for when this feature is implemented.

@@QuestIntegration1998 Hi, just wondering whether they implemented this feature yet?

Ghazwan Alwan The solid geometry like pipes are rigid. Flow does give you pressure results on the solid/fluid interface. This can be imported to the FEA solver to calculate the deformed shape. The deformed shape can also be imported back to Flow Simulation to iterate on equilibrium of the simulation model.

Thank Michael, so it does not have the capability to model what is called "Two-way Fluid-Structure interaction"? For instance, solving fluid flow in high-strain flexible pipe, like rubber.

SOLIDWORKS can do one-way FSI like I mentioned. Two-way is more complex. Please contact your reseller so that they may add you to SPR 533104 which is the enhancement request for adding this two-way capability to the SOLIDWORKS suite of tools.

With the "Time-Dependent" option in the general settings on, go to Calculation Control Options (right click on Input Data in the analysis tree). Go to the "Saving" tab. Enable "Periodic" for Selected Parameters (Transient Explorer). Be sure to click the ellipsis "..." and choose the parameters that are of interest. Run the analysis. Have fun!

Thank you. Now it works!