«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.
Integration of a novel mechanical sand reclamation technology in a steel foundry to maximise SFS valorisation in foundry and construction applications
Spent Foundry Sand (SFS) generation is intrinsic to metal casting processes. Most of the foundries
Solidification and Room Temperature Microstructure of a Fully Pearlitic Compacted Graphite Cast Iron
Compacted graphite cast irons are rapidly developing for they have better mechanical properties than lamellar
The Influence of Trace Elements on the Nature of the Nuclei of Graphite in Ductile Iron
Nucleation mechanisms and the effect of minor elements added with the inoculants are still a
Reassessment of Crystal Growth Theory of Graphite in Cast Iron
The problem of graphite crystallization and growth in cast iron has recently received increased attention.
Evolution of shrinkage with carbon equivalent and inoculation in ductile cast irons
Studying how shrinkage porosity changes size when varying the composition of ductile irons is still
Effects of high silicon contents on graphite morphology and room temperature mechanical properties of as-cast ferritic ductile cast irons. Part II – Mechanical properties
In this second part of the investigation, room temperature mechanical properties and hardness evolution of
Effects of high silicon contents on graphite morphology and room temperature mechanical properties of as-cast ferritic ductile cast irons. Part II – Mechanical properties
In this second part of the investigation, room temperature mechanical properties and hardness evolution of
Combined effects of cooper and tin at intermediate level of manganese on the structure and properties of as-cast nodular graphite cast iron
Copper, manganese and tin are commonly used as pearlite promoter elements in cast irons. A