Pages that link to "Item:Q3629570"
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The following pages link to Using the complex polynomial method with Mathematica to model problems involving the Laplace and Poisson equations (Q3629570):
Displaying 8 items.
- Solution of de Saint Venant flexure-torsion problem for orthotropic beam via LEM (line element-less method) (Q388369) (← links)
- The complex polynomial method with a least-squares fit to boundary conditions (Q443579) (← links)
- De Saint-Venant flexure-torsion problem handled by line element-less method (LEM) (Q539295) (← links)
- Application of computer algebra system and the mean-value theory for evaluating electrostatic potential and its associated field for nontrivial configurations (Q1701662) (← links)
- Using the digamma function for basis functions in mesh-free computational methods (Q1980167) (← links)
- Local fractional Poisson and Laplace equations with applications to electrostatics in fractal domain (Q2248374) (← links)
- A BEM approach to the evaluation of warping functions in the Saint Venant theory (Q2301638) (← links)
- CVBEM solution for De Saint-Venant orthotropic beams under coupled bending and torsion (Q2356464) (← links)
