High-performance aeroengine design is an important component of modern industry, and
advanced sealing technology is a key technology to meet the engine fuel consumption rate …

Sažetak This paper presents an exergy analysis of the whole turbine, turbine cylinders and
cylinder parts in four different operating regimes. Analyzed turbine operates in nuclear …

Sažetak The paper presents exergy analysis of main propulsion steam turbine from LNG
carrier steam propulsion plant. Measurement data required for turbine exergy analysis were …

In modern lean-burn aero-engine combustors, highly swirling flow structures are adopted to
control the fuel-air mixing and to provide the correct flame stabilization mechanisms …

Sažetak This paper presents energy analysis of entire marine main propulsion steam turbine
and both of its cylinders at three different loads. Marine steam propulsion plant in which …

The paper presents an exergy analysis of marine steam turbine labyrinth (gland) seals-an
inevitable component of any marine steam turbine cylinder, in three different operating …

Supercritical CO 2 cycles offer a new thermal power generation paradigm but their
commercial deployment has been slow due to significant turbine design challenges. Rotor …

In this paper, a comparison of two different methods for a steam turbine energy analysis is
presented. A high-pressure steam turbine from a supercritical thermal power plant (HPT) …

Sažetak The paper presents thermodynamic (energy and exergy) analysis of low-power
steam turbine with one extraction for marine applications. Analyzed steam turbine is divided …

The positive circumferential flow is the major cause of seal instability. This paper proposes
the airfoil guider seal (AGS) with specially designed airfoil guiders in cavities. The pressure …