Thermal and Flow Optimization via Generative Design Simulations of the Curing Press Manifold Used in Tire Production

The tire industry involves complex processes that require high temperatures and pressures for tire production and processing. Serious environmental problems can occur at this stage of production. Therefore, in addition to maintaining product quality in this production system, considering environmental factors and at the same time increasing efficiency is an important gain. In this production; rubber compound is placed in molds using curing presses and shaped under high temperatures and pressures. Manifold blocks are used to feed the molds in these presses and to ensure equal temperature distribution between the molds. However, existing manifold blocks tend to deform in a short time under high temperatures and pressures and require constant maintenance. These changes can affect production continuity, reduce production quality and increase maintenance costs. Therefore, a more durable and low-maintenance manifold solution was needed to be investigated. In this study, Thermal Flow Analysis was performed on the Curing Press Manifold using the "Manufacturer Design" method and the appropriate operating level of the system was determined.