Home Articles List Article Information
JES. Journal of Engineering Sciences
Journal Archive
Volume Volume 52 (2024)
Volume Volume 51 (2023)
Volume Volume 50 (2022)
Volume Volume 49 (2021)
Volume Volume 48 (2020)
Volume Volume 47 (2019)
Volume Volume 46 (2018)
Volume Volume 45 (2017)
Volume Volume 44 (2016)
Volume Volume 43 (2015)
Volume Volume 42 (2014)
Volume Volume 41 (2013)
Volume Volume 40 (2012)
Volume Volume 39 (2011)
Volume Volume 38 (2010)
Volume Volume 37 (2009)
Volume Volume 36 (2008)
Volume Volume 35 (2007)
Volume Volume 34 (2006)
Thabet, A. (2011). A MODEL FOR ELECTRICAL TREEING IN EPOXY NANOCOMPOSITE INSULATING MATERIALS. JES. Journal of Engineering Sciences, 39(No 4), 853-869. doi: 10.21608/jesaun.2011.127716
A. Thabet. "A MODEL FOR ELECTRICAL TREEING IN EPOXY NANOCOMPOSITE INSULATING MATERIALS". JES. Journal of Engineering Sciences, 39, No 4, 2011, 853-869. doi: 10.21608/jesaun.2011.127716
Thabet, A. (2011). 'A MODEL FOR ELECTRICAL TREEING IN EPOXY NANOCOMPOSITE INSULATING MATERIALS', JES. Journal of Engineering Sciences, 39(No 4), pp. 853-869. doi: 10.21608/jesaun.2011.127716
Thabet, A. A MODEL FOR ELECTRICAL TREEING IN EPOXY NANOCOMPOSITE INSULATING MATERIALS. JES. Journal of Engineering Sciences, 2011; 39(No 4): 853-869. doi: 10.21608/jesaun.2011.127716

A MODEL FOR ELECTRICAL TREEING IN EPOXY NANOCOMPOSITE INSULATING MATERIALS

Article 11, Volume 39, No 4, July and August 2011, Page 853-869  XML PDF (1.24 MB)
Document Type: Research Paper
DOI: 10.21608/jesaun.2011.127716
View on SCiNiTO View on SCiNiTO
Author
A. Thabet
Aswan, Nanotechnology Research Centre NTRC, High Institute of Energy, South Valley University, Aswan, Egypt
Abstract
Electrical treeing is a pre-breakdown mechanism, and is the responsible
for the long-term degradation of polymer insulation. This paper has been
enhanced both the life-time of tree propagation to breakdown and the
tree growth rate of electrical tree propagation by adding various
amounts of nanoparticles as Clay, Silica, ZnO, and Al2O3 to various
industrial materials CT200 Epoxy Resin, and LY/HY-5052 Epoxy Resin.
This research has focused on the development of nanocomposite
materials with electrical tree growth resistance superior to the unfilled
matrix, and has stressed particularly the effect of filler volume fraction
on the breakdown resistance. Finally, this research aims to present a
systematic and comparative study about the effect of adding
nanoparticles to dielectric insulation, and to understand the role of these
nanoparticles, Clay, Silica, ZnO, and Al2O3 particles in the CT200
Epoxy Resin and LY/HY-5052 Epoxy Resin which can made significant
improvement in breakdown resistance, life-time of insulation and
decreasing the tree growth rate of electrical tree propagation.
Keywords
Electrical Treeing; life-time; Tree Propagation; Nanocomposite Materials; dielectric insulation; Nanoparticles
Main Subjects
Electrical Engineering, Computer Engineering and Electrical power and machines engineering.
Statistics
Article View: 89
PDF Download: 365