Lane Carasik

The pipe example: https://github.com/Nek5000/NekExamples/tree/master/pipe states there is three different cases (i.e. helix, cyclic, and stenosis) but it isn't specifically stated what each one is for. It would be good to...

Address the issue with the current 3stream solver being able to only handle the intermediate fluid being the hot one.

2

This is an issue with Sekilc formulation not working well for non-intermediate fluids being the hottest one. I want to look at the Ural method to see if it works...

The 3 stream functionality needs a P4 case (parallel (i1 = 1), parallel (i2 = 1), counter (i3 = -1)) as compared to the figure below. Really needs the data...

The 3 stream functionality needs a P3 case (parallel (i1 = 1), counter (i2 = -1), counter (i3 = -1)) as compared to the figure below. Really needs the data...

The 3 stream functionality needs a P2 case (parallel (i1 = 1), counter (i2 = -1), parallel (i3 = 1)) as compared to the figure below. Really needs the data...

The 3 stream functionality needs a P1 case (parallel (i1 = 1), parallel (i2 = 1), parallel (i3 = 1)) as compared to the figure below. Really needs the data...

Remove velocity input for all functions. Only require Reynolds numbers and Prandtl number.

2

The current pressure drop function for GG includes the Reynolds number as an input. This should be directly calculated from the provided free stream velocity.

This is currently partially implemented for one or two functions and needs to be added for all of them.