An improved panel method has been developed to calculate compressible inviscid flow through a turbine blade row. The method is a combination of the panel method for infinite cascade, a deviation angle model, and a compressibility correction. The resulting solution provides a fast flexible mesh-free calculation for cascade flow. A VKI turbine blade cascade is used to evaluate the method, and the comparison with experiment data is presented
Usually, in a turbine an uneven number of blades are se-lected for vane and blade rows to reduce the...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
A cascade design-method is presented which complements the meridional through-flow design procedure ...
A solution method was developed for calculating compressible inviscid flow through a linear cascade ...
AbstractIn this paper, the viscous and inviscid flow fields of a gas turbine blade cascade are inves...
The computational procedure includes several ways of adjusting the prescribed velocity to satisfy th...
The contribution deals with the numerical simulation of 2D compressible flow through a linear turbin...
A simple method using a combination of conformal mapping and vortex panel method to simulate potenti...
The fluid behavior in the profile cascade of turbomachinery is often studied using direct computatio...
A numerical technique has been developed to solve the governing equations of motion for unsteady two...
ABSTRACT For turbine flow phenomena which are dominated by viscous effects, many valuable insights i...
The contribution deals with the numerical simulation of 2D compressible flow through a turbine casca...
A rapid technique for solving the blade-to-blade turbomachinery flow problem was developed. Approxim...
By use of the assumption that the pres=sure-vohm.erelation is linear, a solution to the problem of d...
A method of modelling of nozzle and rotor blade rows of gas turbine dedicated to simulations of gas ...
Usually, in a turbine an uneven number of blades are se-lected for vane and blade rows to reduce the...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
A cascade design-method is presented which complements the meridional through-flow design procedure ...
A solution method was developed for calculating compressible inviscid flow through a linear cascade ...
AbstractIn this paper, the viscous and inviscid flow fields of a gas turbine blade cascade are inves...
The computational procedure includes several ways of adjusting the prescribed velocity to satisfy th...
The contribution deals with the numerical simulation of 2D compressible flow through a linear turbin...
A simple method using a combination of conformal mapping and vortex panel method to simulate potenti...
The fluid behavior in the profile cascade of turbomachinery is often studied using direct computatio...
A numerical technique has been developed to solve the governing equations of motion for unsteady two...
ABSTRACT For turbine flow phenomena which are dominated by viscous effects, many valuable insights i...
The contribution deals with the numerical simulation of 2D compressible flow through a turbine casca...
A rapid technique for solving the blade-to-blade turbomachinery flow problem was developed. Approxim...
By use of the assumption that the pres=sure-vohm.erelation is linear, a solution to the problem of d...
A method of modelling of nozzle and rotor blade rows of gas turbine dedicated to simulations of gas ...
Usually, in a turbine an uneven number of blades are se-lected for vane and blade rows to reduce the...
Present day military aero-gas turbines demand higher stage loadings for turbines so as to meet the ...
A cascade design-method is presented which complements the meridional through-flow design procedure ...