brick4956
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Yeah im not lol but legitimately am getting feedback from those in industryBrick, don’t lead with this on your next date.
Yeah im not lol but legitimately am getting feedback from those in industryBrick, don’t lead with this on your next date.
Brick, I already explained all this to them, but they didn't get it.Right now it’s not a game-engine vector asset workflow. The physics side is using numerical mesh vectors/arrays for a 1D/2D axisymmetric thermal model.
The main “vector” flavor is cylindrical/axisymmetric r–z coordinates: radial and depth/axial directions. Temperature is mostly a scalar field T(r,z,t), while the true vector field is the heat flux, q = -k∇T, with radial and axial components.
The laser input is better described as a Gaussian/Beer–Lambert scalar heat-source field Q(r,z,t), not a vector by itself. If I move it toward OpenUSD/Omniverse later, I’d likely represent geometry in 3D scene coordinates and attach scalar/vector field data as visualization attributes.
Right now it’s not a game-engine vector asset workflow. The physics side is using numerical mesh vectors/arrays for a 1D/2D axisymmetric thermal model.
The main “vector” flavor is cylindrical/axisymmetric r–z coordinates: radial and depth/axial directions. Temperature is mostly a scalar field T(r,z,t), while the true vector field is the heat flux, q = -k∇T, with radial and axial components.
The laser input is better described as a Gaussian/Beer–Lambert scalar heat-source field Q(r,z,t), not a vector by itself. If I move it toward OpenUSD/Omniverse later, I’d likely represent geometry in 3D scene coordinates and attach scalar/vector field data as visualization attributes.
PIIHBIn layman's terms, what is this project?
In layman’s terms… explain please…PIIHB
Idk what any of that means, but proud of you, Brickster!
He is shopping down a different aisle….Brick you related to this guy?
View attachment 3063574
He is shopping down a different aisle….
Cryogenic vessels? Lemme guess Brick, you're this guy:![]()
Kevlar Supports for Cryogenic Vessels
How to design and install Kevlar supports for cryogenic vessels. The high strength and relatively low thermal conductivity of Kevlar make it an interesting choice for thermal supports in cryogenic vessels.www.mtm-inc.com
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GitHub - cakeisalie89/Quantum-Thermal-
Contribute to cakeisalie89/Quantum-Thermal- development by creating an account on GitHub.github.com