An analytical method is derived for the thermal consolidation of a hollow cylinder saturated porous medium with infinite length. In the coupled governing equations of linear isotropic porous thermoelastic medium

the influences of thermo-osmosis effect and thermal filtration effect are introduced. The solutions in Laplace transform space are first obtained and then numerically inverted by Stehfest method. These solutions consider the variable thermal loading and variable mechanical loading applied on the inner and outer pervious surface of the hollow cylinder with time. Finally

the evolutions of temperature

pore water pressure and displacement along radial direction with time are analyzed by a typical numerical example