«La comprensión de los problemas de fundición requiere de una visión global del proceso, en el que intervienen infinidad de parámetros que afectan a su resultado final y a su eficiencia. Sin embargo, el abordaje de dichos problemas debe realizarse a través de objetivos específicos de mejora que permitan ir adquiriendo el control y la estabilización del mismo.»
El equipo de Materiales Férreos desarrolla nuevos materiales, sistemas de control, tecnologías y procesos que permiten fabricar componentes con propiedades optimizadas y procesos de fabricación industrial más eficientes. Con este fin trabajan aspectos como: la #calidad metalúrgica, la #mejora del rendimiento, el #ahorro de costes y materias primas, las #tecnologías de fabricación e #Industria 4.0 o el #lead time de la producción y la #fabricabilidad de nuevos diseños.
Metallic Powder Manufacture for Conditioning Cast Iron as an Additive Manufacturing Substrate
The main purpose of this work is to design and develop a metallic powder to
On the Role of Turbostratic Graphite in the Crystallization of Spheroidal Graphite During the Liquid-to-Solid Transformation
While turbostratic graphite is documented in many forms of graphite, there is a paucity of
The mechanism of intermediate temperature embrittlement of cast irons by magnesium
Metallic alloys such as steels and nickel-based alloys are potentially vulnerable to high-temperature brittleness in
Kasandra®: Nucleation and solidification modelization of iron alloys for process control in real time
Nowadays, Foundry industries struggle to keep the competitiveness of their technology by means of more
SMART CASTING® – Fabricación de piezas as cast
Fundición de hierro SMART CASTING® Evita operaciones de acabado de bajo valor añadido. Menos operaciones,
Embedded conductors in solidified molten metal for winding packs for high-field stellarators
The potential advantages of high-field stellarators are currently being recognised, as previously happened with tokamaks.
Obtaining Perfect Critical Automotive Safety Components through Behavioral Monitoring and Simulation using Digital Twins
With the aim of obtaining the perfect component and manufacturing process without defects or claims,
Evolution of the Metallurgical Quality of Spheroidal Graphite Iron during the Thermal Cycle of the Melt: Furnace – Ladle – Heating/Pouring Unit
The final properties of a ductile iron and its nucleation potential are determined by the