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  1. __G__

    Permitted deflection of gear sets

    Hi All, I've been asked to provide some deflection limits of a large gear set in an industrial application. I have calculated the forces, but without going into extensive calculations on gear strength, I'm lookign for some general guidance on the deflection of the gears. I expect it should only...
  2. __G__

    Gravity flow of oil in pipe.

    Thanks for the replies. In retrospect, I could have provided more detail. The application is for draining a very small bund - less than 200mm high. The vessels in the bund will overflow it if the oil is not drained away effectively. The oil is has a kinematic viscosity of 33 mm^2/s, density of...
  3. __G__

    Gravity flow of oil in pipe.

    Hi All, I need to design drain piping system for oil in a pipe, and I'm looking for some guidance on sizing calculators. None of the calculations I've found so far factor in viscosity of oil. I would also like to consider effects like the height of the pipe, e.g. a large pipe will have some...
  4. __G__

    ISO20332 guidance

    Hi, thanks for taking the time to respond, but without a knowledge of the specific standard, any answer is a guess and isn't helpful.
  5. __G__

    ISO20332 guidance

    I'm not quite sure how to answer that one. ISO20332 is fairly specific, so it's somewhat self-explanatory. In any case, the application is a crane application (in my case, a static winch), the material is mild carbon steel, and the regulatory requirement is to comply with ISO20332. I hope that...
  6. __G__

    ISO20332 guidance

    I'm seeking guidance on ISO20332, Specifically, parts relating to fatigue assessment. The parameter 'm' is related to the relationship between stress and load cycles. Clause 6.2.3 permits using m=3 for a simplified assessment, however, most of the example cases in Table D.1 are for m=5. It seems...

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