Jashan,

> I have gone through the *continuum_mechanics* module. As far as i could
see, the module can solve only one basic type of beam problem(a simple
horizontal beam with different kind of forces/moment applied).

I don't think it can solve all horizontal beams correctly. My suggestion is
to try to solve many different beams. If you can solve a beam, send it as a
pull request to add documentation for the module. If it can't solve a beam
then submit an issue about it. Try solving the examples and problem sets
from
http://dl.iranidata.com/amuzeshi/Daneshgahi/Shigley%27s%20Mechanical%20Engineering%20Design,%209th%20Edition-McGraw-Hill%20(www.iranidata.com).pdf
for example.

Expanding to non-horizontal beams sounds neat, but it first needs to be
able to reliably solve existing problems.

moorepants.info
+01 530-601-9791

On Thu, Mar 1, 2018 at 11:26 AM, Jashan <[email protected]> wrote:

> Jason,
>
> I have gone through the *continuum_mechanics* module. As far as i could
> see, the module can solve only one basic type of beam problem(a simple
> horizontal beam with different kind of forces/moment applied).
>
> One new kind of problem would be a non-horizontal beam(in a 2D plane). But
> problem with its implementation is that we would have to change some input
> parameters, like while initializing a beam we would need something like 
> *Beam(orientation,
> E, I)  *where *orientation *can be any way to represent our beam length
> and its angle with the horizontal (we can use polar coordinates or a simple
> length vector) instead of just length. And also load will be expected to be
> vectors. Then we can proceed as usual by taking components of forces
> perpendicular to the beam.
>
> You think these changes in the API are worth making(considering it would
> open a whole new set of beam problems)? If yes, can I implement these
> changes and create a PR?
>
> Jashan
>
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