“Developing lighter components and alloys at competitive costs is one of the main challenges we are embarked along with our clients.”
The Light Materials team develops new knowledge and technologies to optimize the manufacturing processes of components and structures made of these materials, as well as new alloys that open up new fields of application.
Industry 4.0 to optimize the HPDC process: how to monitorize and sensorize the HPDC cell
Undeniably, industry 4.0 revolution is reaching every industrial sector and the HPDC foundry could no
Rethinking sustainability of metallic alloys
Advanced metallic materials are complex materials with very different compositions. As they are integrated into
Vacuum pressure process and apparatus for high pressure die casting
A vacuum pressure process for high pressure die casting in a mould comprising a fixed
A Preliminary Study on the Quality of Joining AISI 316 and AISI 3415 Steel by the Near Solidus Forming Process
In this study, the Near Solidus Forming (NSF) process, which falls under the umbrella of
New EoL Routes of Al-Li Aircraft Integral LBW and FSW Welded Panels including New Cr-Free Coatings
The end of fife (EoL) of new aircraft panels made of Al-Li alloys in which
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.
Friction Stir Weldability at High Welding Speed of Two Structural High Pressure Die Casting Aluminum Alloys
In this work, the friction stir weldability of two structural high-pressure die casting aluminum alloys
Industry 4.0 for aluminum foundry: an optimal management of the process to enhance competitiveness of the company
A standard HPDC industrial manufacturing process is likely to present the following characteristics: Equipment by
Porosity reduction in parts manufactured by means of High Pressure Die Casting (HPDC) technology
Die-casting is a widely used manufacturing process for the production of aluminum components. Among its
A sound vacuum system fully monitored to ensure the quality of the HPDC components
Gas porosity is an intrinsic feature of the HPDC process due to the fast metal
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Comparative Study of the Metallurgical Quality of Primary and Secondary AlSi10MnMg Aluminium Alloys
The use of secondary aluminium is increasingly being promoted in the automotive industry for environmental