Performed work

The LRBFCM method has been tested for solving time-independant linear thermoelasticity problems and the precision of the method has been studied with regards to the method parameters. This work was presented at THERMACOMP2014 at Lake Bled \cite{mavric_collocation_2014} and was published in International Journal of Numerical Methods in Heat and Fluid Flow as an invited contribution \cite{mavric_local_2015}. The developed model was further used to model the stresses during DC casting. Improvements on the model were presented in conferences ICASP-4 in London \cite{mavric_meshless_2014}, COUPLED2015 in Venice \cite{mavric_rbf-based_2015} and MCWASP XIV in Osaka \cite{mavric_modelling_2015}. Futhermore, a multiphysics modelling framework was developed and a coupled thermoelasticity problem was used to benchmark the performance. This work was presented at NHT2015 \cite{mavric_application_2015} in Warsaw and has also been invited for publication in International Journal of Numerical Methods in Heat and Fluid Flow.