The discussion revolves around the topic of calculating vibration, with participants seeking clarification on the specific context and formulas involved. The scope includes theoretical and practical aspects of vibration in engineering, particularly related to motors and their operational characteristics.
Participants generally agree that more specificity is needed to address David's request adequately. However, there is no consensus on what specific formulas or calculations might be relevant without further context.
The discussion highlights the ambiguity in the phrase "calculating vibration," as it lacks a clear definition or scope. Participants point out that various factors influence vibration calculations, which may depend on the specific application or system in question.
Individuals interested in engineering, particularly those focused on mechanical engineering and vibration analysis, may find this discussion relevant.
russ_watters said:David, there's a simple answer here (the motor vibrates at a frequency determined by its rotation rate), which may or may not (probably not) be all you want to know. The trouble is, after that, vibration gets very complicated and is the subject of an upper-level engineering course (generally considered the hardest ME course there is). The phrase "calculating vibration" doesn't actually have any meaning. There isn't just one potential calculation. So you're going to have to give us much more about what you want.
You posted a website there - is it yours and are you looking for calculations you can add to it?
Doc Al said:The line through the name means the user has been banned. In this case, for spamming (under several names).