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@ARTICLE{,
            author = {Roub{\'{\i}}{\v c}ek, Tom{\'{a}}{\v s}},
          keywords = {damage, Dieterich-Ruina model, effective temperature, Frictional contact, plasticity., thermodynamics},
             title = {A note about the rate-and-state-dependent friction model in a thermodynamical framework of the Biot-type equation},
           journal = {Geophysical Journal International},
            volume = {199},
            number = {1},
              year = {2014},
             pages = {286--295},
               doi = {10.1093/gji/ggu248},
          abstract = {The conventional, phenomenological rate-and-state-dependent friction model of Dieterich-Ruina’s type is discussed and slightly modified so that, after introducing an artificial internal variable (formally in a position like effective temperature) on the fault, it is driven by a free and a dissipative energies. In contrast to the original model, it thus allows for a formulation in the framework of rational thermodynamics, including the energy balance, and for rigorous numerical analysis. This also suggests an analogous rate-and-state-dependent plastic bulk model using damage/temperature as the state variable controlling the plastic yield stress.},
  Preprint project = {NCMM},
     Preprint year = {2014},
   Preprint number = {17},
       Preprint ID = {NCMM/2014/17}
}