HVAC engineers are challenged to design air distribution systems with optimal performance
while satisfying a long list of requirements, including maintaining the desired indoor air …

The inverse design is one of the aerodynamic design methods, in which the pressure
distribution along the wall is known, and the duct geometry is unknown. To obtain the best …

A high-fidelity aerodynamic shape optimization framework based on the Reynolds-averaged
Navier–Stokes equations is applied to the optimization of a boundary-layer ingesting S-duct …

We present a refinement of the Immersive Parallel Coordinates Plots (IPCP) system for
Virtual Reality (VR). The evolved system provides data-science analytics built around a well …

Aviation industry is constantly striving for more efficient design processes in respect to
optimal time, human and computational resources utilization. This implies a need for …

The forecasted growth in dynamic global air fleet size in the coming decades, together with
the need to introduce disruptive technologies supporting net-zero emission air transport …

Computational engineering design methods and tools are common practices in the modern
industry. Such approaches are integral in enabling designers to efficiently explore large and …

The growth of the airline industry has highlighted the need for more environmentally
conscious aviation, leading to the conceptualization of more fuel-efficient aircraft. One …

Aerodynamic performance of a semi-submerged inlet exposed to a significant amount of
boundary layer ingestion is optimized using the open-source flow and adjoint solver SU2 …

Reduction of pressure loss in ventilation systems can be achieved by changing the shape of
the airflow region and smoothing the boundary surfaces. The installation of special profiling …