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Specialised Solutions for Superior Railway Design

The railway industry is undergoing massive changes in terms of connectivity and demand for passenger comfort. To meet consumer demands, VI-grade offers a software solution that caters to the requirements of railway engineers and designers.

Highly Reliable and Agile Software Solutions to Model Railway Vehicles

The VI-grade railway solution enables engineers to perform and analyse several design related railway models. With this solution, they can also perform analysis on various components of a railway vehicle such as bogie components and subsystems.

This software solution is backed by MSC Software’s Adams and advanced technology for wheel/rail contact modeling provided by third-party partners. VI-grade allows engineers to accurately analyse the stability, comfort, curving, safety, and wear prediction of passenger trains for short- and long-distance travel as well as for freight transportation.

Along with providing quick and highly reliable simulations, these software solutions help meet the ongoing challenges of the railway industry and reduce the marketing time.

Key Solution

VI-Rail provides answers to all the engineering related challenges of the railway industry. It allows engineers to create a complete model of a railway vehicle with in-built parameters. These in-built parameters enable engineers to easily define the rail suspension, wheelset, wheel-rail contact, and other railway components.

Key Solution

Based on MSC Software’s Adams, VI-Rail enables engineering professionals to assess and evaluate vehicle stability, derailment safety clearance, track load, passenger comfort, and other components.

V-Rail allows real-time analysis of design changes on railcar performance at high-speed animation. Along with accurate analysis, engineers can identify component interferences, excessive wear, instability, and performance limitations.

This software solution comes with an effective testing platform that is relatively secure and enables engineers to carry out analysis confidently without losing crucial data to instrument failure.