Application of Modern Technologies in Railway Bridge Infrastructure Management and Decision Making
As boundaries and trade barriers between countries disappear, Railroads around the world are undergoing major transformations to adapt to a more competitive global economy. Over the years, railway technology has surpassed the imagination of the earliest pioneers of this prominent industry.
KeywordsStress Intensity Factor Acoustic Emission Crack Growth Rate Bridge Engineer Unit Train
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- A.R.E.A. Manual of Recommended Practice, Chapter 15, Part 7, 1994, American Railway Engineering Association, Chicago, 111.Google Scholar
- 2.Dr. R.A.P. Sweeney, Update on Fatigue Issues at Canadian National Railways, IABSE Workshop, 1990, Lausanne Switzerland.Google Scholar
- 3.Kunz and Bruhwiler, Evaluation of the Remaining Fatigue Life of Steel Bridges, 1994, Short and Medium Span Bridge Engineering, Montreal, Canada.Google Scholar
- 4.Oommen, Sweeney and Le, Evaluation of Carrying Capacity and Useful Service Life Through Field Testing. 1992, International Heavy Haul Association Proceedings, Swaziland.Google Scholar
- 5.Gong, Nyborg, and Oommen, Acoustic Emission Monitoring of Steel Railway Bridges, July 1992, Material Evaluation, Columbus, OH.Google Scholar