The robust optimization approach is an important method to solve the problem of
fans/compressors performance disparities caused by geometric tolerances. Nonetheless …

The optimization design of the actual fan/compressor rotors is a multidisciplinary problem.
The aerodynamics and strength multidisciplinary optimization design of the fan/compressor …

Improvements in aerodynamic turbomachinery design have gained attraction due to the
increased demand for a more sustainable future. Several optimization approaches have …

Ice ingestion can lead to a range of detrimental effects, from diminished engine performance
to potentially catastrophic failure, especially for the first compressor stages. As the ice is …

Designing turbomachines requires in many applications to find a suitable compromise
between different disciplines, such as aerodynamics, vibration analysis, and structural …

Multidisciplinary design optimization has great potential to support the turbomachinery
development process by improving designs at reduced time and cost. As part of the …

The decarbonization of production processes plays an important role on the way to
environmentally friendly economy. Especially, the implementation of high temperature heat …

The turbine blade is designed to achieve expansion at high efficiency levels. For improving
the turbine efficiency, different aerodynamic design optimisations are performed. On the …

Electric vehicle (EV) production is pivotal in achieving environmental sustainability by
reducing greenhouse gas emissions and air pollution Since the weight of electric vehicles …

The object of our research is increasing the veracity of rational decision searching
processes under input data uncertainly in the turbofan engine (TFE) elements perfection …