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Cooperation with
industry and practical applications
Cooperation
with industry
Besides
fundamental research, the Department of Turbine Aerodynamics offers its applied research,
design and computing capabilities as well as expertise to industrial partners. The
employees take part in elaboration of new technologies, invention of new devices and
apparatuses, elaboration of new measurement and computational methods and their
implementation in industrial practice. One way to cooperate with industry was based on
direct orders from industry to the Institute of Fluid Flow Machinery. The Department of
Turbine Aerodynamics also actively cooperates with industry through 2 limited liability
companies Diagnostyka Maszyn S.A. and Maszyny Przepływowe S.A. whose one share-holder is
the Polish Academy of Sciences. Managing Director of these companies is Dr. Andrzej
Gardzilewicz. Works conducted by employees of the Department of Turbine Aerodynamics
concentrate on steam turbine diagnostics, turbine modernisation and transfer of computer
codes to industry, see the list below.
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Development of a code for 3D viscous compressible flow through turbomachinery blading systems; Diagnostyka Maszyn S.A. for ABB Alstom Power Elbląg; Project Heads - Andrzej Gardzilewicz, Piotr Lampart, Jerzy Świrydczuk, 1998-2002.
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Manufacturing of basket probes for pressure measurements in turbine condensers; Diagnostyka Maszyn S.A. for ABB Alstom Power Elbląg; Project Heads - Andrzej Gardzilewicz, 2001.
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A new concept of turbine design with the help of CFD; Diagnostyka Maszyn S.A. for Alstom Power El-bląg; Project Head - Andrzej Gardzilewicz, 2001.
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A concept of DNO (direct numerical optimisation) for turbine stages with 3D blading; Diagnostyka Maszyn S.A. for Alstom Power Elbląg; Project Heads - Piotr Lampart, Andrzej Gardzilewicz, 2000-2002.
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A concept of instrumentation for thermal measurements of a stage group in a 30 MW turbine; Diagnostyka Maszyn S.A. for Alstom Power Elbląg; Project Head - Stanisław Marcinkowski, 2000-2001.
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| Analysis of flow in
centrifugal compressor DA210; Diagnostyka Maszyn S.A. for Technical University of Poznań;
Project Head - Andrzej Gardzilewicz; 1999-2000.
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| N426 - development of a
code for 3D viscous compressible flow through turbomachinery blading systems; Diagnostyka
Maszyn S.A. for ABB Alstom Power Elbląg; Project Head - Andrzej Gardzilewicz, 1997-2000.
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| New design solution of
steam turbine exhaust hood; Diagnostyka Maszyn S.A. for ABB Alstom Power Elbląg; Project
Head - Andrzej Gardzilewicz
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| Modernisation of turbine
flow computations using the streamline curvature method; IFFM for Diagnostyka Maszyn S.A.;
Project Head - Andrzej Gardzilewicz, Barbara Kurant, 1999.
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| Experimental and
computational analysis of steam flow in the LP part a 370MW turbine, Diagnostyka Maszyn
S.A. for ABB Alstom Power Elbląg; Project Heads - Andrzej Gardzilewicz, Stanisław
Marcinkowski, Jerzy Świrydczuk, Piotr Lampart, 1999.
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| Computation of flow
through the exhaust hoods of 200MW and 370MW turbines; Diagnostyka Maszyn S.A. for ABB
Alstom Power Elbląg; Project Head - Dariusz Kardaś, Andrzej Gardzilewicz, 1999.
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| CFD analysis of the
effect of 3D reshaping of blades and endwall contouring on efficiency on turbine stages,
Diagnostyka Maszyn S.A. for ABB Alstom Power Elbląg; Project Head - Piotr Lampart,
Andrzej Gardzilewicz, 1999.
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| CFD analysis of the
effect of tip leakage and windage flows in impulse turbine stages, Diagnostyka Maszyn S.A.
for ABB Alstom Power Elbląg; Project Heads - Piotr Lampart, Andrzej Gardzilewicz, 1999.
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| Determination of unsteady
effects of stator/rotor interaction on characteristics of HP turbine stages, Diagnostyka
Maszyn S.A. for ABB Alstom Power Elbląg; Project Heads - Piotr Lampart, Jerzy
Świrydczuk, 1999.
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| Heat and flow measurement
in the Power Stations of Siersza, Kozienice, Opole, Bełchatów, Ostrołęka and Turów;
IFFM for Diagnostyka Maszyn S.A.; Project Head - Stanisław Marcinkowski, Andrzej
Gardzilewicz, 1995-1999.
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