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We numerically investigate the effect of in-plane anisotropic Fermi surface(FS) on the flux-flow resistivity $\rho_{\rm f}$ under rotating magnetic fieldon the basis of the quasiclassical Green's function method. We demonstrate thatone can detect the phase in pairing potential of Cooper pair through thefield-angular dependence of $\rho_{\rm f}$ even if the FS has in-planeanisotropy. In addition, we point out one can detect the gap-node directionsirrespective of the FS anisotropy by measuring $\rho_{\rm f}$ under rotatingfield.

Effect of anisotropic Fermi surface on the flux-flow resistivity under rotating magnetic field