Documentation-driven 3D reconstruction of complex nuclear and industrial systems, based on public sources, spatial reasoning and technical context.
A natural-draft cooling tower is easy to recognize from a distance. Understanding it is something else. This article follows the reconstruction of a cooling tower beyond its familiar silhouette, toward the internal logic of water distribution, airflow, evaporation, access, and heat rejection.
A documentation-driven reconstruction of a NuScale-style SMR core, focused on the spatial relationship between fuel assemblies, control rod assemblies, in-core instrumentation, upper core structures, and the wider logic of compact reactor architecture.
A documentation-driven reconstruction of a NuScale-style 17×17 SMR fuel assembly, developed from HMP/HTP spacer grids toward the complete assembly and compared with a standard Westinghouse 17×17 PWR fuel assembly.
A PWR fuel assembly is more than a repeated structure of rods and grids. It is a compact system of geometry, materials, neutron behavior, coolant flow, and operational discipline. This article explores how 3D reconstruction can make that hidden reactor logic visible.
A documentation-driven 3D reconstruction of the HI-STORM 100S dry cask system, focused on confinement, shielding, passive cooling, criticality control and the spatial logic behind spent fuel storage.
A search for cathedral references unexpectedly led to a reactor hall image, Cherenkov light, and the beginning of a documentation-driven approach to nuclear 3D reconstruction.
