Titanium alloys find extensive applications in aviation, maritime, and chemical engineering
applications. Nonetheless, these alloys encounter significant challenges during the …

Damage mechanisms that affect components within complex machines are often hard to
detect and identify, especially if they are difficult to access, inspect and/or that are under …

The failure mechanism of the last-stage rotor blade of the low-pressure cylinder of a steam
turbine when exposed to high-speed wet steam was elucidated. The results indicated that …

Abstract Structure frequency response testing “modal analysis” is an integral part of the
development and testing of structures such as pistons, turbine blades, compressor blades …

To efficiently and precisely evaluate the low-cycle fatigue (LCF) damage of turbine blades
regarding dynamic cyclic loads, a dynamic substructure (DS)-based distributed collaborative …

The present paper deals with dynamic stress analysis of the L-1 low pressure steam turbine
blade. The mathematical and finite element modeling employed to capture the effect of …

This research study examines the failure of the last stage low-pressure steam turbine blade.
The blade is made up of martensitic steel of X10CR alloy. The main focus of this paper is to …

Forging processing parameters have an important impact on the fatigue resistance of metal
in the process of plastic forming, which directly threatens the safety and reliability of the …

In the present work, failure analysis has been carried out for induced draft ID fan blade used
in coal fired boiler of thermal power plant. The vibrations were recorded in bearing housing …

In a conventional electro-hydraulic excitation system it is difficult to realize high frequency
vibration, even though at the cost of a decreased hydraulic force. A 2D rotary valve …