Simulation of ring rolling with FORGE®

Ring rolling is used to produce rings, for example for the aerospace industry (engine components) and the energy industry (windmill parts). The automotive industry also employs ring rolling to manufacture bearings, most often at ambient temperature. 

FORGE® allows precise simulation of ring rolling of conventional and shaped rings.

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Ring rolling of a low alloyed steel shaped ring used as a bearing in a windmill. This simulation was carried out with the UPEM module which, in that case, was fed by Muraro, a press and ring rolling mills producer and a Transvalor customer.

 

Predictive Simulation

FORGE® allows an accurate prediction of:

  • Final shape of the ring and correct filling for shaped rings,
  • Flaws (for example fish tail),
  • Temperature distribution and required reheat,
  • Microstructure,
  • Efforts and torques.

Ring rolling of a waspaloy shaped ring for the aerospace industry, with microstructure prediction. Average diameter (µm) is represented on the ring itself and plotted on 3 sensors.

 

Competitive features

  • Accurate temperature and state variable calculation,
  • High parallel scalability for optimal CPU time speed-up,
  • Dedicated technic for ring rolling dies representation to increase accuracy and reduce computation time,
  • Specific mechanical approach Arbitrary Lagrangian Eulerian (ALE) method
  • Microstructure prediction with available data for aerospace and energy industry materials,
  • Real kinematic applied for refined process simulation and centering rolls considered,
  • Possible coupling with an external piloting module – User Piloting External Module (UPEM) – to reproduce the real shop floor complex kinematic.
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FORGE® vertical circular ring rolling simulationVertical circular rolling simulation with FORGE®

FORGE® radial-axial circular rolling simulation
Radial-axial circular rolling simulation with FORGE® software