Reliability Study for Creep Life of Single Crystal Turbine Blade under Random Crystal Orientations and Random Loads

Zong Zhan Gao; Zhu Feng Yue

doi:10.4028/www.scientific.net/AMR.139-141.1005

Paper Titles

Effect of Adhesive Layer’s Voids on Stress Distribution of Adhesively Bonded Joints
p.986

Forecasting and Parameters Optimization of Reflow Soldering Profile Based on BPNN and GA
p.990

Dynamic Analysis and Experiment Validation of Linear Motion Guide Having Rolling Elements for NC Machine Tool
p.996

Dynamic Multibody Simulation of a 6-DOF Robotic Arm
p.1001

Reliability Study for Creep Life of Single Crystal Turbine Blade under Random Crystal Orientations and Random Loads
p.1005

Development of Hydraulic Control Jam Release Device for Workover
p.1010

Computer Simulation for the Orthogonal Milling Process of Asphalt Concrete
p.1014

A Study on Design of a Breech Mechanism Test-Platform Drive
p.1018

The Ontology Mapping Technology Based on the Information Coding Ontology Model
p.1022

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 139-141Reliability Study for Creep Life of Single Crystal...

Reliability Study for Creep Life of Single Crystal Turbine Blade under Random Crystal Orientations and Random Loads

Abstract:

For the single crystal (SC) Ni-based superalloys, it is difficult to avoid orientation variation along airfoil stacking line of the SC turbine blade. At the mean time, the loading of turbine blade is uncertainly during the working. In this work, the creep life of the SC turbine blade is determined by the finite element analysis (FEA) based on the crystal slip theory. The orientation variations are measured based larger numbers commercial turbine blade made of SC superalloys. Furthermore, Monte-Carlo method and the forth moment method are presented to analysis the reliability for creep life of SC turbine blade under random crystal orientations and random loads based on the FEA method. The basic variables sensitivity are comprehensively analyzed by the forth moment method.