What wall thickness is required for a 2mm diameter steel tube under 100MPa of deep-sea pressure?
Regarding the specific calculation for wall thickness of a 2mm diameter steel tube under 100MPa of deep-sea pressure, this involves detailed engineering mechanics and material science considerations, including specific steel alloy properties, yield strength, safety factors, and manufacturing tolerances. Performing such a precise engineering design calculation is beyond the scope of this platform.
However, if you are looking for robust packaging for optical fibers in high-pressure environments, OFSCN provides various OFSCN® Seamless Steel Tube Fiber Cables designed for challenging conditions. These cables encapsulate optical fibers within seamless steel tubes, with default diameters often including 2.0 mm, suitable for applications requiring enhanced protection against pressure and other harsh environmental factors.
Examples of such products include:
- OFSCN® 85°C Seamless Steel Tube Fiber Cable
- OFSCN® 200°C Seamless Steel Tube Fiber Cable
- OFSCN® 650/700°C Seamless Steel Tube Fiber Cable
Here is an example image of an OFSCN Seamless Steel Tube Fiber Cable:
These products are designed to house optical fibers securely in demanding environments, which may include high-pressure applications. For precise pressure resistance specifications for a particular design, detailed engineering analysis and testing would be required based on your specific application needs.
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