Technical rule [CURRENT]
DIN 45673-9 Beiblatt 1:2015-08
Mechanical vibration - Resilient elements used in railway tracks - Part 9: Laboratory test procedures for discrete resilient rail fastening systems; Supplement 1: Test form, with CD-ROM
- German title
- Mechanische Schwingungen - Elastische Elemente des Oberbaus von Schienenfahrwegen - Teil 9: Labor-Prüfverfahren für diskrete elastische Schienenbefestigungen; Beiblatt 1: Prüfvordruck, mit CD-ROM
- Publication date
- 2015-08
- Product with additional digital content.
-
EXCEL
Additional digitale content will be provided based on format and purchase option. Please note any information in the document. - Original language
- German
- Pages
- 2
- Publication date
- 2015-08
- Product with additional digital content.
-
EXCEL
Additional digitale content will be provided based on format and purchase option. Please note any information in the document. - Original language
- German
- Pages
- 2
- DOI
- https://dx.doi.org/10.31030/2325364
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This supplement to DIN 45673-9 contains a test form which allows the results of the tests according to DIN 45673-9 to be systematically summarised, thus making it easy to compare the technical data of different products. It is possible to summarise the results of tests carried out at different times or at different testing institutes. For this purpose, it is possible to name the test institutes responsible for the individual measurements and the associated test reports on the first page of the test form. The test form is available as a spreadsheet file, as a workbook with four worksheets programmed with Excel 2010. The required mean values and percentage changes result automatically from the individual values entered. The workbook is DIN 45673-9 deS.xlsx and is included on the enclosed CD. This supplement to DIN 45673-9 has been prepared by Working Committee NA 001-03-15 AA (NALS/VDI C 15) "Schwingungsminderung in der Umgebung von Verkehrswegen" ("Mitigation of vibration in the vicinity of traffic routes") at DIN/VDI Standards Committee Acoustics, Noise Control and Vibration Engineering (NALS).