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Registered User
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Apr 10 |
comment |
Numerical evaluation of a triple integral can be made ? my idea is to change to polar coordinates :) and then to apply numerical integration ONLY to the angular variables so we are left with a set of ONE dimensional integral in the form $ \int_{0}^{\infty}drr^{n-1}f(r, \Omega _{i} ) $ |
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Apr 8 |
comment |
Numerical evaluation of a triple integral can be made ? my question was about if my numerical method is correct a) change to polar coordinates b) numerical integration ONLY over the angular variables. |
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Apr 8 |
asked | Gram series for more general integrals |
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Apr 8 |
asked | Numerical evaluation of a triple integral can be made ? |
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Dec 18 |
asked | Bessel function with complex argument and index |
