The requirement for wide operation range of steam turbine can cause, that the blades work close to resonant frequency. For decreasing of blade’s vibration there are placed damping elements in the blade shroud. These elements are calculated for dissipation of the vibration energy. The analytical method of blade and bladed disk modal analysis is introduced. The method enables to include blades both with and without damping elements in shroud. The mathematical model of the bladed disk is prepared for including damping effects in contact planes
This study is concerned with the theoretical and numerical calculations of the flexural vibrations o...
The objective of this research is to study the influence of various blade geometric parameters on it...
Snubber and shroud have been widely adopted in steam turbine last stage blades to decrease the vi...
The requirement for wide operation range of steam turbine can cause, that the blades work close to r...
Steam turbine rotor is a very complicated assembly, typically consists of several rotor rows. Due to...
ABSTRACT For the purpose of the efficient analysis of a mistuned Waded disk system, a new analysis m...
AbstractThe development of steam turbine's blades is closely related to the computer modelling of th...
This paper investigates the damping potential of strip dampers on a real turbine bladed disk. A 3D n...
This thesis deals with comparison the results of the frequency modal analysis of blade package of st...
Blade vibration reduction is an important task in high performance turbo machinery for power generat...
The paper deals with mathematical modelling of steady forced bladed disk vibrations and with dynamic...
The 3 000 rpm 1 220 mm blade for a steam turbine was developed with application of new design featur...
Actual trend in steam turbine design is to use blades with integral shrouds, for high pressure and i...
High cycle fatigue failure of turbine blades is one of the most important problems in the design of ...
A new effective method for comprehensive modeling of gas flow effects on vibration of nonlinear vibr...
This study is concerned with the theoretical and numerical calculations of the flexural vibrations o...
The objective of this research is to study the influence of various blade geometric parameters on it...
Snubber and shroud have been widely adopted in steam turbine last stage blades to decrease the vi...
The requirement for wide operation range of steam turbine can cause, that the blades work close to r...
Steam turbine rotor is a very complicated assembly, typically consists of several rotor rows. Due to...
ABSTRACT For the purpose of the efficient analysis of a mistuned Waded disk system, a new analysis m...
AbstractThe development of steam turbine's blades is closely related to the computer modelling of th...
This paper investigates the damping potential of strip dampers on a real turbine bladed disk. A 3D n...
This thesis deals with comparison the results of the frequency modal analysis of blade package of st...
Blade vibration reduction is an important task in high performance turbo machinery for power generat...
The paper deals with mathematical modelling of steady forced bladed disk vibrations and with dynamic...
The 3 000 rpm 1 220 mm blade for a steam turbine was developed with application of new design featur...
Actual trend in steam turbine design is to use blades with integral shrouds, for high pressure and i...
High cycle fatigue failure of turbine blades is one of the most important problems in the design of ...
A new effective method for comprehensive modeling of gas flow effects on vibration of nonlinear vibr...
This study is concerned with the theoretical and numerical calculations of the flexural vibrations o...
The objective of this research is to study the influence of various blade geometric parameters on it...
Snubber and shroud have been widely adopted in steam turbine last stage blades to decrease the vi...