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Right now we assume constant thermal conductivity and constant heat capacity. For water-ice, these vary significantly between the solid and liquid phases near the freezing temperature.
The variable…
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### Description
Can't get thermal conductivity, viscosity and Prandtl number from fluid "Neon" in MathCad 15.
### Steps to Reproduce
1. Wrote PropsSI("L", "T", 90, "P", 100000, "Neon") =
2. …
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**Hello professor boris**, I have another question to ask you. Because I just read the source code of Example2D.jl and related functions, I haven’t had time to look at the MTK_GMG examples yet.
**M…
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## Reason
Usage of the mortar formulation to the interface problem is expanding. With it, new applications appear that aim to enforce constraints with some dependency on old material properties. This…
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See:
https://journals.aps.org/pr/abstract/10.1103/PhysRev.98.1751
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### Description
Error with viscosity and thermal conductivity at dew and bubble points calculation using REFPROP backend with R410A
### Steps to Reproduce
```
AS = AbstractState('REFPROP', 'R4…
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Add some of the models from the paper [Homogenisation of spirally-wound high-contrast layered materials](https://arxiv.org/abs/2011.04187), S. Psaltis, R. Timms, C.P. Please, S.J. Chapman.
- [ ] A…
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Hi there, thanks for your contribution!
I am curious that can your tool simulate scenarios without a heatsink, i mean only convective boundary conditions with air: k\nabla T = h(T - T_{amb}), where…
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It should be straightforward to compute the global minimum time step for a simulation, assuming that we know the max thermal conductivity, the minimum coarse mesh element size, and the maximum number …
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Dear author, when I follow the tutorial (https://hystrath.github.io/guides/fleming/cfd/transport/#1-species-shear-viscosity-and-thermal-conductivity) for inviscid simulation, the simulation always get…