ICRF 2026 - 5th International Conference on INGOT CASTING, ROLLING & FORGING

The production of cast-iron disc brakes demands tight control over metallurgical and process parameters, as defects can compromise critical product properties. Defects compromising mechanical strength, alter natural frequency response, promote the formation of cementite and cause micro-shrinkage porosity, which represent frequent quality issues in ferrous metal foundries. They are particularly...

The application of machine learning techniques to the development of regression models aimed at minimizing electrical energy consumption in industrial heating processes has gained significant relevance in recent years. This approach enables accurate prediction of process behavior under specific operating conditions in a fast and cost-effective manner. One particularly relevant case study is...

This project aims to present an innovative solution for improving product quality and process efficiency in the production line through the analysis of the structural and operational limitations of existing straightening systems. Within the scope of the project, the design of a high-capacity straightening machine capable of accommodating various profile types is proposed in order to minimize...

This study investigates the bulging deformation and poor dimensional accuracy observed during the roll bending of longitudinal pipes with a large length-to-diameter ratio, which arise primarily from insufficient upper-roll stiffness and a lack of external support. To address these issues, a novel anti-deflection roll bending (ADRB) process is proposed in combination with an optimized...

Within the context of hot forming of metallic alloys and the optimization of process parameters, an intelligent surrogate model would be of interest for the identification of material behavior using industrial data. An accurate constitutive equation aims to improve the ongoing forging process. Furthermore, online calibration of the physical and/or constitutive parameters of the working...