u/RemarkableLifeguard1

Given that Invar-36 and Zerodur possess nearly identical CTE profiles (<1.5 \times 10^{-6}/\text{K}), we are simulating a scenario where the 300\text{K} thermal delta of a Lunar/Arctic transition is neutralized purely through isothermal equilibrium rather than active insulation. Does anyone think it’s possible to maintain a \pm 28\mu\text{m} dimensional stability in a real-world DED melt pool, or are we overestimating the stabilization power of CTE-matching in dissimilar material fusion? We’ve seen the math hold up in digital twins—is the hardware ready for this?

Functionally Graded Material (FGM) Interface with Near-Zero Thermal Gradient Lag insulated with

Anisotropic Thermal Shunting and a Solid-State Cryo-Barrier. Ventilation is processed by Passive Boundary Layer Aspiration and Bio-Mimetic Stomatal Response. Chemical welding through

Direct Energy Deposition (DED) and Multi-Material Laser Fusion integration