The discussion centers around the structural requirements for materials, specifically a 4'x8' aluminum plate and a 4'x8' sheet of glass, to withstand 1 atmosphere of pressure in the vacuum of space. Participants explore the thickness needed for these materials, considering their flat nature and potential applications in larger structures.
Participants express uncertainty regarding the specific thickness required for flat materials in a vacuum, with no consensus reached on the exact values or methods to determine them.
The discussion lacks specific calculations or established formulas for determining the thickness of flat materials under pressure in space, and the assumptions regarding material properties and structural design are not fully explored.
Individuals interested in aerospace engineering, materials science, or structural engineering may find this discussion relevant, particularly those exploring the design of pressurized structures in space environments.
Physt said:
berkeman said:It needs to be a lot thicker and heavier when it is a flat piece of material. That's why you don't see many flat surfaces on pressurized vessels...