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RaiLab 2010 v.4.4.450 now available!
New options in the program:
- turnout on transition
- formation crown levels
- calculation of the shortest possible curve
- railway track in tunnel
- improved passing and clearance analysis
- railway track in cross section
- route geometry calculator
- nontypical transition: AREMA 10-chords spiral
- nontypical transition: RailCopr Cubic Parabola, Czech Cubic Parabola
- profile estimating
- crossover on curved tracks
- AutoCAD and MicroStation scripts generator
- formation loading limits
- many other changes
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RaiLab 2009
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New options in the program:
- straights connected by two transitions
- parallel straights connected by four transitions
- nontypical transitions: Searles Spiral, Talbot Spiral
- regression of straight and circular curve
- broken line analysis
- train dynamics - train motion analysis (time and distance consumed for change of speed)
- automatic checking of passing and clearance
- work with the ClearRoute reports
- horizontal curve geometry
- vertical curve geometry
- many other changes
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RaiLab 2008 |
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Some of program’s functionality:
- analysis of reverse curves
- settings that allow to analyse the track with any gauge, alignment and cant transition
- rails library
- automatic analysis of whole route
- graphical and numerical analysis of curve with transition
- analysis of length of transition for tilting train
- calculation of speed limit and Prud’homme limit
- influence of carriage springing
- re-cant of existing track
- calculation of cant and length of transition (2 calculators)
- analysis of horizontal curve geometry
- full analysis of alignment transition (graphs)
- full analysis of cant transition (graphs)
- full analysis of parameters dependent from the type of alignment and cant transition (graphs)
- calculation of deflection angle between the elements
- calculation of versine, cord and radius for circular curve
- calculation of length of rails on curve
- estimating of cant deficiency between two curves
- calculating of intersection points in profile
- vertical curve analysis
- checking speed on vertical curve
- calculating of curve compensation
- graphical and numerical analysis of the railway envelopes
- analysis of turnout placed on a curved track (the library of British turnouts available)
- calculation of the strengthening of formation according to Dornii method
- estimating of rail deflection and other parameters according to Zimmerman theory (graphs)
- units converter(length, speed, angle, pressure)
- gradients converter
- sleepers arrangement on the given length
- water flow in ditch analysis
- MXRail tools (earthworks, profile, terrain line)
- links to theory and interesting internet sites
Few screenshots of program:
Modul Clearance Analysis in action:
go to main page...
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