From: Jithendra Dharmavaram on
Hi,
Thanks for your guidance. Is there any documentation regarding the comparison between the Simulink modelling(with basic equations) and Simhydraulics modelling?
Are there any papers published in this regard.

Regards,
Jithendra Dharmavaram

"Arnaud Miege" <arnaud.miege(a)nospam.mathworks.co.uk> wrote in message <hn5r4e$1fg$1(a)fred.mathworks.com>...
> "Jithendra Dharmavaram" <d.jithendra(a)gmail.com> wrote in message <hn59cb$1mt$1(a)fred.mathworks.com>...
> > Thanks for your advice. I have also gone through the Simhydraulics thoroughly but, its hard to convince somebody. So, i have to rely on simulink rather than simhydraulics. I am impressed with simhydraulics and i have worked on it, got results. Thanks once again.
> >
> > Regards,
> > Jithendra Dharmavaram
>
> You can always inspire yourself from the Simulink demos sldemo_hydcyl.mdl, sldemo_hydcyl4.mdl and sldemo_hydrod.mdl.
>
> HTH,
>
> Arnaud
From: Arnaud Miege on
"Jithendra Dharmavaram" <d.jithendra(a)gmail.com> wrote in message <hops2m$fvc$1(a)fred.mathworks.com>...
> Hi,
> Thanks for your guidance. Is there any documentation regarding the comparison between the Simulink modelling(with basic equations) and Simhydraulics modelling?
> Are there any papers published in this regard.
>
> Regards,
> Jithendra Dharmavaram
>
Not that I know of. It's probably because you can model quite complex systems in SimHydraulics, which would be very difficult and cumbersome (if at all feasible) to do in Simulink from first principles. For example, the laminar-turbulent transition is automatically taken care of in SimHydraulics, whereas you would need to implement this for each component you model from first principles. You would propably also have a lot of numerical issues with algebraic loops, etc... So it's probably only doable to compare the two on very simple examples, which doesn't do SimHydraulics justice, and which is probably why the sort of comparison you are after isn't available.

Arnaud
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