Home           Contact us           FAQs           
 
   Journal Page   |   Aims & Scope   |   Author Guideline   |   Editorial Board   |   Search
    Abstract
2012 (Vol. 4, Issue: 20)
Article Information:

Rubber Pad Intensity and Track Stiffness of Double Slip Turnout in Heavy Haul Railway

Rong Chen, Ping Wang and Li Wang
Corresponding Author:  Rong Chen 

Key words:  Double slip turnout, heavy haul railway, intensity, rubber pad, track stiffness, ,
Vol. 4 , (20): 4112-4117
Submitted Accepted Published
March 16, 2012 April 14, 2012 October 15, 2012
Abstract:

Double slip turnout is common in heavy haul railway and due to its complex structure, its maintenance is difficult as well as important. Focusing on No.12 double slip turnout (75 kg/m rail), this study analyzed the intensity of the different slotted rubber pad under iron plate and track stiffness of turnout zone based on the finite element method with a purpose of improving the performance of the double slip turnout. Results show that: the depth of groove on rubber pad and groove center distance have great influences on the equivalent stresses of iron plate and the pad; under pressure of 85.52 kN on sleeper, the maximal equivalent stresses of iron plate and the pad under iron plate are 72.959 and 2.141 MPa, respectively, both smaller than their allowable value; the maximal longitudinal variation rates of entire track stiffness are 1.42 and 1.34 respectively; the stiffness uniformity of the diamond-shaped double slip turnout can meet the requirement that the train runs at or below 120 km/h. All these achievements can be used as the theoretical guidance for performance optimization of double slip turnout and improving the running stability of heavy haul trains as well as extending service life of the turnout
Abstract PDF HTML
  Cite this Reference:
Rong Chen, Ping Wang and Li Wang, 2012. Rubber Pad Intensity and Track Stiffness of Double Slip Turnout in Heavy Haul Railway .  Research Journal of Applied Sciences, Engineering and Technology, 4(20): 4112-4117.
    Advertise with us
 
ISSN (Online):  2040-7467
ISSN (Print):   2040-7459
Submit Manuscript
   Current Information
   Sales & Services
   Contact Information
  Executive Managing Editor
  Email: admin@maxwellsci.com
  Publishing Editor
  Email: support@maxwellsci.com
  Account Manager
  Email: faisalm@maxwellsci.com
  Journal Editor
  Email: admin@maxwellsci.com
  Press Department
  Email: press@maxwellsci.com
Home  |  Contact us  |  About us  |  Privacy Policy
Copyright © 2009. MAXWELL Science Publication, a division of MAXWELLl Scientific Organization. All rights reserved