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How can honey fluid be modified by COMSOL?

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I drunk over it, and this question inspired me, because it was very ropy and high crystallinity. If somebody has an idea, let us have a contect.


2 Replies Last Post 4 apr 2019, 10:35 GMT-4
Jeff Hiller COMSOL Employee

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Posted: 6 years ago 4 apr 2019, 08:20 GMT-4
Updated: 6 years ago 4 apr 2019, 08:35 GMT-4

Yes, you can model the flow of liquid honey with COMSOL Multiphysics. It is usually considered a newtonian fluid, albeit one with a high viscosity. Even if you wanted to model it as a non-newtonian fluid you could do that, provided your license includes the CFD Module or the Microfluidics Module or you're willing to modify the NS equations yourself.

Best regards,

Jeff

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Jeff Hiller
Yes, you can model the flow of liquid honey with COMSOL Multiphysics. It is usually considered a newtonian fluid, albeit one with a high viscosity. Even if you wanted to model it as a non-newtonian fluid you could do that, provided your license includes the CFD Module or the Microfluidics Module or you're willing to modify the NS equations yourself. Best regards, Jeff

Please login with a confirmed email address before reporting spam

Posted: 6 years ago 4 apr 2019, 10:35 GMT-4

Yes, you can model the flow of liquid honey with COMSOL Multiphysics. It is usually considered a newtonian fluid, albeit one with a high viscosity. Even if you wanted to model it as a non-newtonian fluid you could do that, provided your license includes the CFD Module or the Microfluidics Module or you're willing to modify the NS equations yourself.

Best regards,

Jeff

Thanks, I was excited.

>Yes, you can model the flow of liquid honey with COMSOL Multiphysics. It is usually considered a newtonian fluid, albeit one with a high viscosity. Even if you wanted to model it as a non-newtonian fluid you could do that, provided your license includes the CFD Module or the Microfluidics Module or you're willing to modify the NS equations yourself. > >Best regards, > >Jeff Thanks, I was excited.

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