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 …

The duct inverse design in fluid flow problems usually involves finding the wall shape
associated with a prescribed distribution of wall pressure or velocity. In this investigation, an …

In this investigation, the flexible string algorithm (fsa), used before for inverse design of
subsonic and supersonic ducts in compressible flows with and without normal shock, is …

This paper is concerned with a quasi-3D design method for centrifugal compressor impeller
in the meridional plane. The method links up a novel inverse design algorithm, called Ball …

Inverse shape design in the context of fluid flow problems is commonly referred to the
determination of the boundary shape corresponding to a given target surface pressure …

In this paper, a novel inverse design algorithm called as Ball Spine algorithm is developed
to design the blade to blade flow passage of axial-flow compressors. The algorithm …

An inverse potential methodology is introduced for the solution of the fully 3-D target
pressure problem. The method is based on a potential function/stream function formulation …

In this investigation, the Flexible String Algorithm (FSA) used before for the inverse design of
2D SUBSONIC ducts is developed and applied for the inverse design of SUBSONIC and …

In this investigation, the Flexible String Algorithm (FSA), used before for 2D subsonic ducts
inverse design, is developed and applied to inverse design of supersonic ducts with and …

Numerous methods have been developed to design axial-flow compressor blades. These
methods are generally categorized into inverse or direct approaches. In the inverse design …