Find out the technological developments, inventions, new materials and dissemination activities developed by the AZTERLAN team.
Ablation technology applied to A356 alloys compared with conventional casting processes
Because ablation differs from conventional casting, some conventional metallurgical concepts, such as the relationship among secondary dendrite arm spacing (SDAS),
New scenario for high temperature performance materials and and components
This workshop (which was held online) gathered some of the latest research and innovation in the field of materials and
Study of the effect of commercial inoculants in high silicon cast iron components
Las aleaciones de alto silicio han vivido un significativo auge en los últimos años debido a que presentan una estructura
Effect of the magnesium treatment on the nucleation potential of ductile iron
It is well known that the metallurgical quality and nucleation potential of a cast iron are influenced by a series
Optimized Riser 2D
New manufacturing technologies 2D Raiser Optimized raiser concept for a greater yield in horizontal foundry. More information Avoid oversizing of
Alu-Q® – Molten aluminum quality assessment device
Intelligent manufacturing Alu-Q® Equipment for the assessment of metallurgical quality of aluminum alloys. Ensuring the quality of molten aluminum for
SALOMON – Multivariable process data analysis
Intelligent manufacturing SALOMON Multi-variable analysis system for manufacturing processes. Artificial Intelligence and cognitive systems applied to the development of metallic
Apparatus and method of forming countersinks and/or mouse holes in a stamped high strength aluminium sheet
Method of forming countersinks and/or mouse holes comprising the steps of obtaining by stamping a sheet of a first high
Diagnosis and failure analysis
field of specialization Diagnosis and Failure Analysis Forensic study of the origin of in-service failures, functional problems and manufacturing defects.
Inoculation Process for grain refinement of a nickel base alloy
An inoculation process of a nickel base alloy, wherein the process is carried out in a vacuum furnace and comprises:
In-line heat treatment of forgings
Efficient manufacturing processes In-line heat treatmet of forged parts Use of the residual heat of parts for a more efficient
HIPERMAT. Advanced design, monitoring, development and validation of novel HIgh PERformance MATerials and components
Finished project 0% 0 Start date European Union Funding 958196 grant agreement number 0 End date HIPERMAT’s main objective is
Advanced management of industrial waste
Field of specialization Advanced management of industrial waste New valorization routes Waste classification Minimization strategies More information Strategies to improve
Combustion of a Solid Recovered Fuel (SRF) Produced from the Polymeric Fraction of Automotive Shredder Residue (ASR)
The use of alternative fuels derived from residues in energy-intensive industries that rely on fossil fuels can cause considerable energy
New generation of digital material for automotive components
With the application of Industry 4.0 technology, a new generation of advanced materials is developing in the world of safety
Stategies for the optimization of the behavior of IN718 superalloys at very high temperatures
Because of its resitance to cree, corrosion and fatigue, as well as because of its great weldability, Inconel® 718 nicked-based commercial superalloy is