Reputation
9,600
Next privilege 10,000 Rep.
Access moderator tools
Badges
2 21 86
Newest
 Necromancer
Impact
~108k people reached

Jan
17
awarded  list-manipulation
Jan
16
revised Meniscus outside of a cylinder - axisymmetric Young-Laplace equation in semi-infinite domain
added 471 characters in body
Jan
16
revised Meniscus outside of a cylinder - axisymmetric Young-Laplace equation in semi-infinite domain
added 44 characters in body
Jan
16
revised Meniscus outside of a cylinder - axisymmetric Young-Laplace equation in semi-infinite domain
edited title
Jan
16
comment Heat convection differential equations from 1952 - Mathematica “fails to converge”
It's never asked in this site before, so I wrote a self-answered question just now :)
Jan
16
asked Meniscus outside of a cylinder - axisymmetric Young-Laplace equation in semi-infinite domain
Jan
16
answered Meniscus outside of a cylinder - axisymmetric Young-Laplace equation in semi-infinite domain
Jan
16
awarded  Good Answer
Jan
16
comment How do I solve a PDE with a strange boundary condition?
@drN Feel free to use it :D
Jan
16
revised Trouble with shooting method for a 4th-order stiff ODE
deleted 13 characters in body
Jan
16
revised Trouble with shooting method for a 4th-order stiff ODE
edited body
Jan
16
answered Trouble with shooting method for a 4th-order stiff ODE
Jan
16
answered Manipulating Some Lists in Compile
Jan
16
revised How to do this Function with compile
added 30 characters in body
Jan
16
revised How to do this Function with compile
added 4 characters in body
Jan
16
revised How to do this Function with compile
added 4 characters in body
Jan
16
answered How to do this Function with compile
Jan
16
comment How to do this Function with compile
Is the length of sublists of l1 and l2 always 2?
Jan
16
comment Solving Coupled Differential Equation to Get Smooth Asymptotic Solution
What do you mean by saying "I have tried to get the solution to be smoothly asymptotic to zero at infinity, but I can't get that", in my view the resulting graph already meets this standard.
Jan
16
comment Trouble with shooting method for a 4th-order stiff ODE
I think it's just the nature of your equation: Some choices of {a, b} can't lead to a solution extending to infinity. Just observe this: mid = sol[0.6, 0.6]; {{lb, rb}} = mid["Domain"]; Plot[mid[t], {t, lb, rb}, PlotRange -> All]