164 reputation
219
bio website tudelft.nl
location Delft, Netherlands
age 27
visits member for 2 years
seen Dec 16 at 6:48

Apr
20
accepted Incomplete elliptic integral of the second kind and the arc length of an ellipse - does a `simple` relation exist?
Apr
18
comment Incomplete elliptic integral of the second kind and the arc length of an ellipse - does a `simple` relation exist?
Awesome, thanks!! Could you add this into your answer so I can except it?! (comments tend to be less permanent)
Apr
18
revised Incomplete elliptic integral of the second kind and the arc length of an ellipse - does a `simple` relation exist?
edited tags
Apr
18
revised Incomplete elliptic integral of the second kind and the arc length of an ellipse - does a `simple` relation exist?
corrected errors in formulas and added more of my work
Apr
18
comment Incomplete elliptic integral of the second kind and the arc length of an ellipse - does a `simple` relation exist?
Thanks! I corrected the equations in my post. Unfortunately, I was more sloppy in typing up the post then I was in my derivation, in which I did have the correct expressions. So my question still holds
Apr
18
revised Incomplete elliptic integral of the second kind and the arc length of an ellipse - does a `simple` relation exist?
corrected errors in formulas
Apr
17
asked Incomplete elliptic integral of the second kind and the arc length of an ellipse - does a `simple` relation exist?
Apr
4
revised Approximations of the incomplete elliptic integral of the second kind
added some detail
Apr
4
comment Approximations of the incomplete elliptic integral of the second kind
Great, I will give that a try! Thanks!
Apr
4
comment Approximations of the incomplete elliptic integral of the second kind
@J.M. I need the approximation to determine $l=f(\phi)$ such that I can rewrite it in a form $\phi=f(l)$. With the exact elliptic integral that doesn't seem possible.
Apr
4
comment Approximations of the incomplete elliptic integral of the second kind
@J.M. the use of pade approximants seems to me to be a fairly involved approach in which I have to determine all the prefactors, which I would probably need a computer for so then I don't see the point in using the approximation over the 'real' incomplete elliptic integral
Apr
3
awarded  Commentator
Apr
3
comment Approximations of the incomplete elliptic integral of the second kind
I hadn't seen it yet, but after taking a look it doesn't get much clearer for me. I can see that Eq 21 in the link is an approximation, but I am not sure how I would go about applying it?
Apr
3
revised Approximations of the incomplete elliptic integral of the second kind
deleted 2 characters in body
Apr
3
asked Approximations of the incomplete elliptic integral of the second kind
Apr
3
comment Detect values in array that are statistically inconsistent
That's a good point. I guess you have to know quite a bit about the physics/chemistry of what you're measuring to be able to set a sensible absolute or relative threshold.
Mar
31
revised Problems with votes
added 406 characters in body
Mar
31
comment Problems with votes
Pretty sure that there should be, but that is a bit too tough a nut to crack for me.
Mar
31
revised Problems with votes
added 243 characters in body
Mar
31
suggested rejected edit on Problems with votes