Rail yards serve as major nodes that facilitate delivery of cargo to the consignee. The level of operational efficiency maintained within rail yards determines whether customers receive cargo late. Various external and internal factors can impede the operational efficiency of rail yards. The future growth of rail industry depends on how well it manages a potentially serious problem inherent to all railroads--rail congestion. This study reviews the processes that occur within the Knoche rail yard, which is located in Kansas City, Kansas. In an effort to improve the operational efficiency of the Knoche rail yard or to minimize congestion, the study will reveal tile results of analyzing varying strategies to improve the operational efficiency of a single event, the rip track facility, within the Knoche rail yard. This study reveals that the operational efficiency of the Knoche rail yard may be enhanced if the following occur: (1) increase the rip track facility queue population from fifteen to twenty-two, and (2) spot bad order cars directly onto the two tracks leading into the rip track facility. Finally, the amount of double handling by switch engines daily may be decreased by as much as 96% within the rail yard.
Kansas City Southern Railway Twenty-First Century Planning
1999
88 pages
Report
Keine Angabe
Englisch
Shay locomotive for Kansas City southern railway
Engineering Index Backfile | 1915
Freight locomotives of the Kansas city southern railway
Engineering Index Backfile | 1903
Budgeting improvements on the Kansas City southern railway
Engineering Index Backfile | 1930
|Kansas City southern freight locomotives
Engineering Index Backfile | 1938