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Performing complex structural and thermal finite element analysis of composite structure and leading the analysis aspects along the design life cycle.Implementation on novel methods to perform structural and thermal analysis with genetic algorithm. Design of composite curing cycles featuring thermal, rheological and thermo-chemical aspects using state-of-the-art analysis focused on reliability and reproducibility.Developing in-house numerical capability to virtually analyze curing… Show more Performing complex structural and thermal finite element analysis of composite structure and leading the analysis aspects along the design life cycle.Implementation on novel methods to perform structural and thermal analysis with genetic algorithm. Design of composite curing cycles featuring thermal, rheological and thermo-chemical aspects using state-of-the-art analysis focused on reliability and reproducibility.Developing in-house numerical capability to virtually analyze curing cycles.Leading and instructing other group members along the design cycle. Show less

Implementation of two-phase model into unstructured finite-volume code.Conducting a comprehensive literature review survey of two-phase models.Leading the interaction with a client and successfully meeting the targets.

High-Order numerical simulations of compressible multicomponent and multiphase flow using finite-volume methods.Writing 3D numerical code in modern Fortran in the context of single-pressure six equationmultifluid formulation for both multispecies and multiphase simulations.The code is considered to be 5th-order accurate in space utilizing the novel Targeted-ENO reconstruction. The code was implemented in the framework of MPI and OPENMP for large CPU simulations.

Conducting various analyses with respect to military corvette ships including hydrostatic analysis and global and local structural analysis.Planning, implementing and interpreting of experiments on various vessels which involve hydrophones, microphones, acceleration sensors, force sensors, shakers, modal hammers and strain-gauges.Developing in-house codes for original applications in the field of modal analysis, structural-borne noise, air-borne noise and underwater radiated noise.