HowTo/Use Superelevation - Revision history

Vincentrh: /* Mode of calculation in T:ANE */

2022-04-20T15:42:32Z

Mode of calculation in T:ANE

← Older revision		Revision as of 15:42, 20 April 2022
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	== '''Mode of calculation in T:ANE''' ==		== '''Mode of calculation in T:ANE''' ==

	To proceed to the calculations, download the spreadsheet [https://1drv.ms/x/s!ApXRYIL4PqiQ_CeFQkk5zC2kmi0m?e=MZuFeu ~~GGG~~]		To proceed to the calculations, download the spreadsheet [https://1drv.ms/x/s!ApXRYIL4PqiQ_CeFQkk5zC2kmi0m?e=MZuFeu Here]

	In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).		In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).

2022-04-20T15:42:07Z

Mode of calculation in T:ANE

← Older revision		Revision as of 15:42, 20 April 2022
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	== '''Mode of calculation in T:ANE''' ==		== '''Mode of calculation in T:ANE''' ==

	To proceed to the calculations, download the spreadsheet [~~url]~~https://1drv.ms/x/s!ApXRYIL4PqiQ_CeFQkk5zC2kmi0m?e=MZuFeu~~[/url~~]		To proceed to the calculations, download the spreadsheet [https://1drv.ms/x/s!ApXRYIL4PqiQ_CeFQkk5zC2kmi0m?e=MZuFeu GGG]

	In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).		In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).

2022-04-20T15:39:55Z

Mode of calculation in T:ANE

← Older revision		Revision as of 15:39, 20 April 2022
Line 40:		Line 40:
	== '''Mode of calculation in T:ANE''' ==		== '''Mode of calculation in T:ANE''' ==

	To proceed to the calculations, download the spreadsheet https://1drv.ms/x/s!ApXRYIL4PqiQ_CeFQkk5zC2kmi0m?e=MZuFeu		To proceed to the calculations, download the spreadsheet [url]https://1drv.ms/x/s!ApXRYIL4PqiQ_CeFQkk5zC2kmi0m?e=MZuFeu[/url]

	In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).		In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).

2022-04-20T15:39:12Z

Mode of calculation in T:ANE

← Older revision		Revision as of 15:39, 20 April 2022
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	== '''Mode of calculation in T:ANE''' ==		== '''Mode of calculation in T:ANE''' ==

	To proceed to the calculations, download the spreadsheet [https://1drv.ms/x/s!~~ApXRYIL4PqiQnj-RzsDZbNWDwFpn~~?e=~~j16jfA here]~~		To proceed to the calculations, download the spreadsheet https://1drv.ms/x/s!ApXRYIL4PqiQ_CeFQkk5zC2kmi0m?e=MZuFeu

	In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).		In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).

2020-03-02T23:07:27Z

Mode of calculation in T:ANE

← Older revision		Revision as of 23:07, 2 March 2020
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	== '''Mode of calculation in T:ANE''' ==		== '''Mode of calculation in T:ANE''' ==

	To proceed to the calculations, download the spreadsheet [https://1drv.ms/x/s!~~ApXRYIL4PqiQnj8kMhR6iiSOCiat~~ here]		To proceed to the calculations, download the spreadsheet [https://1drv.ms/x/s!ApXRYIL4PqiQnj-RzsDZbNWDwFpn?e=j16jfA here]

	In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).		In the left column, seize the '''minimum radius of curvature''' that can know your network, a maxi speed and choose the gauge (standard or metric).
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	On the spreadsheet, the right column allows you to calculate p1 and p2 from the values of chord and arrow of a curve.		On the spreadsheet, the right column allows you to calculate p1 and p2 from the values of chord and arrow of a curve.



	== '''Methodology''' ==		== '''Methodology''' ==

2018-12-11T15:39:16Z

Superelevation : a new feature

← Older revision		Revision as of 15:39, 11 December 2018
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	The "superelevation" or the slope of rails in curves is proposed from now on in T:ANE.		The "superelevation" or the slope of rails in curves is proposed from now on in T:ANE.

	Here is the example of a machine launched to 80 kph in a curve of 500 meters of beam. The slope of the track has to be 4 ° to resist the centrifugal force and not wear out prematurely the outer rails.		Here is the example of a machine launched to 80 kph in a curve of 500 meters of beam. The slope of the track has to be 4 ° to resist the centrifugal force and not to wear out prematurely the outer rails.

	[[File:5.jpg]]		[[File:5.jpg]]

2018-12-11T15:37:32Z

Superelevation : short definition

← Older revision		Revision as of 15:37, 11 December 2018
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	== '''Superelevation : short definition''' ==		== '''Superelevation : short definition''' ==
	The Superelevation is the height ~~which takes~~ the outside rail compared with the internal rail in a curve.		The Superelevation is the height that the outside rail takes compared with the internal rail in a curve.

	It is calculated as the plan below shows it:		It is calculated as the plan below shows it:
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	In France, the superelevation does not have to exceed 16 cms (6.3 inches) in standard gauge way and 10 cms (3.94 inches) in metrics.		In France, the superelevation does not have to exceed 16 cms (6.3 inches) in standard gauge way and 10 cms (3.94 inches) in metrics.



	== '''Mode of calculation in T:ANE''' ==		== '''Mode of calculation in T:ANE''' ==

2018-12-11T15:34:16Z

Superelevation : a new feature

← Older revision		Revision as of 15:34, 11 December 2018
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	However, the implementation of the superelevation in T:ANE is little transparent for the moment. Here is thus a small guide ~~who~~ will supply you all the necessary elements.		However, the implementation of the superelevation in T:ANE is little transparent for the moment. Here is thus a small guide that will supply you all the necessary elements.

2018-08-03T02:14:24Z

Return to Index

2018-08-03T02:13:59Z