To predict temperature distribution in a finite biological tissue simultaneously subjected to oscillatory surface and spatial heating, we apply a nonlinear one-dimensional temperature-dependent blood perfusion bioheat Pennes transfer equation. Going from works of Jens Lang et al. in IEEE Trans. on Biomedical Engineering (1999) pp. 1129–138 and Tzu-Ching et al. in Medical Engineering & Physics 29 (2007) pp. 946–953, we investigate analytically and numerically the effect of various blood and heating parameters on the temperature distribution in muscle, tumor, fat, dermis, and subcutaneous tissues.