Maintenance process for transmission towers

Article Sidebar

PDF
Published: Jun 30, 2003

Main Article Content

Prachoom Khamput

Abstract

In this study, maintenance process for transmission towers were determined based on the investigated results from surveying of the existing towers and by collecting maintenance data from the Electricity Generating Authority of Thailand (EGAT). The field 0reas were divided to industrial area, city area, rural I area and rural IT area in order to determine the characteristics and causes of the tower damage. The data from fields surveying were used to determine the relationship between rust level and age of tower. Results of the study showed that rust of the tower tend to mostly occur in the industrial area. Severe corrosion was found at the stubs. Step bolts, ladders and member joints were also found to be more corrosive than other members. Some tower foundations had high settlement. Furthermore, some members in the lower part of the tower were deformed or lost. The location, environment, topography, climate, construction process, transportation method, unsuitable storage and human act for examples could cause the damages. This research offers the protective and maintained means of the tower. It setups the process for maintenance by divided to basic and elaborating investigation. This could extend the lifetime of the towers and can be used to develop the -standard for tower design in the future

Article Details

How to Cite
Khamput, P. (2003). Maintenance process for transmission towers. Frontiers in Engineering Innovation Research, 3, 70–82. Retrieved from https://ph01.tci-thaijo.org/index.php/jermutt/article/view/242357
Issue
Vol. 3 (2003): Journal of Engineering, RMUTT Year 2 Issue 3 2003
Section
Research Articles

The manuscript, information, content, picture and so forth which were published on Journal of Engineering, RMUTT has been a copyright of this journal only. There is not allow anyone or any organize to duplicate all content or some document for unethical publication. 

References

1. Chotimongkol, L., Bhamornsut, C.,Nakkuntod, R., Jeenkhajohn, P., Vutivat, E., Suphonlai, S., Cole, I., Neufeld, A. and Ganther, W. (1999),"Atmospheric Corrosion of Metallic Building Materials in Thailand", First Asia/Pacific Conference on Harmonization of Durability Standards and Performance Test for Components in Buildings and Infrastructure.
2. Hue, N.V., Cole, I.S., Ganther, W.D.,Neufeld, A.L., Mau, T.D., Tru, N.N., De,V. and Thao, B.V. (1999),"Zinc and Mild Steel Corrosion in Vietnam", First Asia/Pacific Conference on Harmonization of Durability Standards and Performance Test for Components in Buildings and Infrastructure.
3. Lien, L.H., San, P.T. and De, V. (1999),"Study on Atmospheric Corrosion in Vietnam", First Asia/Pacific Conference on Harmonization of Durability Standards and Performance Test for Components in Buildings and Infrastructure.
4. Rungthongbaisuree, S. (1995),"Exposure test of painted steel in Thailand",Proceeding of the 5th East Asia Pacific Conference on Structural Engineering & Construction, Vol. 3,1979-1984.
5. Rungthongbaisuree, S. (1995),"Acceleration test of painted steel", The Regional Symposium on Infrastructure Development in Civil Eng., 47-57.
6. Rungthongbaisuree, S. (1998),"Corrosion of existing steel buildings in Thailand",Proceeding of the 6h East Asia Pacific Conference on Structural Engineering & Construction, Vol. 2, 1349-1354.
7. Rungthongbaisuree, S. (1999),"Corrosion of Steel Structures in Oil Refinery", First Asia/Pacific Conference on Harmonization of Durability Standards and Performance Test for Components in Buildings and Infrastructure.
8. Yamakata, K. (1990), "Expert System for Examination of Paint Film Deterioration of Electric Tower", J. of Rust Prevention and Control, Vol. 34, No. 7, 13-17.