This webinar presents the advanced simulation capabilities of QForm for ring rolling, wheel rolling, tube rolling, and skew rolling processes. The session focuses on the numerical simulation of material flow, stress–strain state, and thermal behavior in complex three-dimensional rolling operations.
Particular attention is given to deformation mechanics, contact conditions, roll kinematics, and the prediction of rolling load, torque, and tool stresses. Participants will learn how QForm enables accurate analysis of metal flow, dimensional evolution, wall thickness variation, and defect formation, including laps and underfilling.
The webinar will demonstrate how key process parameters such as roll geometry, feed rate, rotational speed, reduction strategy, and temperature influence product quality, geometric accuracy, and process stability. Practical case studies will show how finite element simulation supports process design, equipment setup, and optimization, reducing costly experimental trials and improving material utilization.
The session is intended for engineers and technologists involved in advanced rolling operations, as well as simulation specialists seeking deeper insight into process optimization and digital control of complex rolling technologies using QForm.
