  We study the traversable wormhole solutions for a logarithmic corrected
$f(R)$ model by considering two different statements of shape $b(r)$ and
redshift $\Phi(r)$ functions. We calculate the parameters of the model
including energy density $\rho$, tangential pressure $P_{t}$ and radial
pressure $P_{r}$ for the corresponding forms of the functions. Then, we
investigate different energy conditions such as null energy condition, weak
energy condition, dominant energy condition and strong energy condition for our
considered cases. Finally, we explain the satisfactory conditions of energy of
the models by related plots.
