- #1
ashleytan
- 1
- 0
Hi,
I was wondering what is the relationship between 'diameter size' and the strength to flex a hollow tube... is it linear or non-linear?
I'm measuring the flexural load of different hollow tubes (with different diameter size) and looking for a way to normalize the the flexural load data based on their diameters. Is that possible?
I should mention that my aim is to find out the force needed to flex the material in the tubes and my tubes come in different diameters.
Physics is not my forte and any help would be very much appreciated!
I was wondering what is the relationship between 'diameter size' and the strength to flex a hollow tube... is it linear or non-linear?
I'm measuring the flexural load of different hollow tubes (with different diameter size) and looking for a way to normalize the the flexural load data based on their diameters. Is that possible?
I should mention that my aim is to find out the force needed to flex the material in the tubes and my tubes come in different diameters.
Physics is not my forte and any help would be very much appreciated!
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