NSF
Near Solidus Forging - Low Energy Production of Forged Components
Simulación y Modelado
https://www.gov.uk/government/publications/industrial-energy-efficiency-accelerator-ieea/industrial-energy-efficiency-accelerator-phase-4-projects-funded-under-nzip#near-solidus-forging-low-energy-production-of-forged-components ←Volver a Proyectos de investigación
Financiación

Objetivo
The objective is to develop and evaluate an innovative forging technology at temperatures close to the material’s transition to a liquid state. Through simulations and experiments, two universities and a company have collaborated to reduce energy consumption and optimize the production of high-value-added components.
What was our contribution?
Within the NSF project, the University of Deusto has played a key role in the development of tooling, ensuring its compatibility with different types of presses (hammer, mechanical, or hydraulic). The university has also contributed to the simulation of the NSF process and the numerical validation of die designs. Additionally, it has collaborated in optimizing the process through simulation, identifying necessary design modifications, determining optimal process variables, and defining suitable working ranges. The objective is to achieve defect-free final components while improving efficiency and reducing energy consumption in the forging process.