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Low Temperature Strength Deformation Failure of Turbine Shaft Produced with Rhus Fibre Reinforced Polyester Polymer Composite
Subject area: Science,Engineering and Technology · Area of research: Thermal power Engineering
Abstract
Failure analysis on turbine shaft produced with RHUS reinforced polyester polymer composite was successfully carried out in this article. Previous research on shaft failure analysis was studied and knowledge gap established. The turbine blades are subjected to maximum tangential stress of 2.5 N/mm2 at locations very close to the root of the blades; while displacements suffered at the tip of each blade on the account of ?attack? from nozzle jet have limiting value of 0.40 mm. Load vs. Deformation Simulation results reveal that, dynamically, both runner and shaft assembly of the turbine would survive design loadings under actual service condition.
Keywords
FEA, Shaft Failure, Composite Material, Hybrid Shaft, Manufacturing, RHUS Fibre
References
[1] Amol B Rindhe and S R Wagh (2014), failure analysis and evaluation of a composite material automotive driveshaft by using fem—a review
[2] Lee D G, Kim H S, Kim J W and Kim J K (2004), “Design and Manufacture of an Automotive Hybrid Aluminum/Composite Driveshaft”, Composite Structures, Vol. 63, pp. 87-99.
[3] Mohammad Reza Khoshravan (2011), “Design and Modal Analysis ofComposite Drive Shaft for Automotive Application”, International Journal of Engineering Science and Technology
[4] Hariom, Prof. Vijoy Kumar , Dr. Chandrababu D. (2016) A Review of Fundamental Shaft Failure Analysis
[5] Shivanand, Shravankumar B. Kerur (2019) “Failure and Thermal Examination of Hybrid Materials for a Propeller shaft in Aerospace Applications”
[6] Zhanqi Zhang, Zhongjun Yin, Tian Han and Andy C. C. Tan “ (2013), Fracture analysis of Wind Turbine main Shaft”
How to cite this paper
@article{1705533,
author = {Atah Chike Martin, Kingley Madu},
title = {Low Temperature Strength Deformation Failure of Turbine Shaft Produced with Rhus Fibre Reinforced Polyester Polymer Composite},
journal = {Iconic Research And Engineering Journals},
year = {2024},
volume = {7},
number = {8},
pages = {409-413},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1705533.pdf},
abstract = {Failure analysis on turbine shaft produced with RHUS reinforced polyester polymer composite was successfully carried out in this article. Previous research on shaft failure analysis was studied and knowledge gap established. The turbine blades are subjected to maximum tangential stress of 2.5 N/mm2 at locations very close to the root of the blades; while displacements suffered at the tip of each blade on the account of ?attack? from nozzle jet have limiting value of 0.40 mm. Load vs. Deformation Simulation results reveal that, dynamically, both runner and shaft assembly of the turbine would survive design loadings under actual service condition.},
keywords = {FEA, Shaft Failure, Composite Material, Hybrid Shaft, Manufacturing, RHUS Fibre},
month = {February},
}