I have been trying to perform the following Integration:

 Log[16* (1/b1 + 
     1/675 (25/
         2 (-161 + 9 \[Pi]^2 - 150 Log[E^EulerGamma/2]) Log[
          16* \[Mu]^2] - 
        54 (4 + 2 Log[1/2 E^(-1 + 2 EulerGamma)]) Log[
          Log[16* \[Mu]^2]]))^2], \[Mu]]     

But the output just gives me back the integrand with the integration over mu.

  • $\begingroup$ Are you sure that the integral be written by standard functions ? You can still try to to it numerically, if this is acceptable. $\endgroup$ – Daniel Huber Mar 3 at 11:06
  • $\begingroup$ Actually the work I am doing has limits with non-numerical values.So the application of NIntgration is in no way possible for me. $\endgroup$ – Illlusion5 Mar 3 at 14:21
  • $\begingroup$ A similar question: $$\int x^x \, dx$$ and you what to a non-numerical answer.Really ? $\endgroup$ – Mariusz Iwaniuk Mar 3 at 14:29

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