Find out the technological developments, inventions, new materials and dissemination activities developed by the AZTERLAN team.
Nowadays, Foundry industries struggle to keep the competitiveness of their technology by means of more efficient processes. New technologies have allowed
The thermocline Thermal Energy Storage (TES) systems are key elements to boost renewable energies and to improve the efficiency in
Nickel-based Ni-Cr-Si-B self-fluxing alloys are excellent candidates to replace cobalt-based alloys in aeronautical components. In this work, metal additive manufacturing
The end of fife (EoL) of new aircraft panels made of Al-Li alloys in which the stringers and skin were
The potential advantages of high-field stellarators are currently being recognised, as previously happened with tokamaks. However, the winding packs and
With the aim of obtaining the perfect component and manufacturing process without defects or claims, an ecosystem of applications is
The final properties of a ductile iron and its nucleation potential are determined by the different processes undergone by the
Scalmalloy is an Al–Mg alloy with additions of Sc and Zr originally developed as a high-strength aluminum alloy with σ0.2 ≥ 450 MPa
This work focused on producing and characterizing high silicon cast irons (microstructural analysis, tensile properties, damping capacity, elastic properties). Moreover,
The main objective of the study is to confirm in which coating conditions it is feasible to use Zn-Ni, as
Herein, the effects of microstructure on high-temperature properties (hot ductility and stress rupture life) were investigated in alloy 718 investment
The target of this research work was characterizing high temperature mechanical properties of an as-cast ferritic HiSi SGI. The tensile
Shielding gases are a must in metal additive manufacturing. Consequently, their influence on the materials employed in technologies such as
Sensor integration is one of the drivers in modern industry for obtaining real-time data and enabling transition to Industry 4.0.
Physical properties of cast irons strongly depend on both their microstructure and the presence of casting defects. The paper analyses
Metallographic analyses of nodular iron casting methods are based on visual comparisons according to measuring standards. Specifically, the microstructure
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