Open AccessFailure Analysis of Gas Turbine Rotary Blade
Author(s) -
Shanmukha Srinivas,
Tejaswi Pasupuleti,
Veeranagendra Muppana,
Prasad Siyyadri,
Rao Nm
Publication year - 2017
Publication title -
journal of advanced engineering
Language(s) - English
Resource type - Journals
ISSN - 2576-8506
DOI - 10.31829/2576-8506/jae2017-1(1)-105
Subject(s) - rotor (electric) , finite element method , turbine blade , mechanical engineering , thermal , blade (archaeology) , centrifugal force , structural engineering , turbine , materials science , groove (engineering) , inlet , gas turbines , mechanics , engineering , rotational speed , physics , meteorology
In the present work the first stage rotor blade of a two- stage gas turbine has been analyzed for structural, thermal using ANSYS 9.0, which is a powerful Finite Element Software. In the present work, the first stage rotor blade of the gas turbine has been analyzed for the mechanical and radial elongations resulting from the tangential, axial and centrifugal forces. The gas forces namely tangential, axial were determined by constructing velocity triangles at inlet and exist of rotor blades. The rotor blade was then analyzed using ANSYS 9.0 for the temperature distribution. The material of the blade was specified as N155 but its properties were not given. This material is an iron based super alloy and structural and thermal properties at gas room and room temperatures. The turbine blade along with the groove is considered for the static, thermal, modal analysis. The first stage rotor blade of a two-stage gas turbine has been analyzed for structural, thermal using ANSYS 9.0 Finite Element Analysis software.