• The present work applies the MFMT to the simulation of number of the problems ranging from near wall flows up to the real-life thermal engineering equipment.

• Validation against experimental data are provided to show that MFMT performs satisfactorily.

• Within the scope of the present work, MFMT shows universal behavoir: the same model features, including costant, are used succesfully for all the cases presented.

• Improvement of physical realism has also been achieved: SCRS model for combustion enriched by multi-fluid approach has resulted in the realistic performance of the former without the need to introduce the assumed PDF for statistical properties.

• Provided with library exemplifications and facilitated by PLANT the current MFMT implementation is valuable engineering tool for many practical problems.

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