Find out the technological developments, inventions, new materials and dissemination activities developed by the AZTERLAN team.
Corrosion behaviour of ductile cast irons partially modified with silicon in 0.03 M NaCl
The increasing demand of ductile cast irons with extensive technological applications leads to enlarge the corrosion resistance of this group
Enhancing the stationary state prediction in Model Predictive Control systems to avoid Dross defect in heavy-section foundries
A Model Predictive Control (MPC) is a system designed to control a production plant. These systems are composed by several
Advanced sustainable foundry – Carbon balance and carbon footprint in foundry processes and foundry product cycles
Carbon footprint analysis (CFA) is a sophisticated environmental method to evaluate the impact of the whole life-cycle of a product
Austenite stability of austempered ductile iron (ADI) in sub-zero conditions
The use of Austempered Ductile Iron (ADI) in the manufacture of different types of components grows despite some limitations that
Fracture characterization of new generation ferritic spheroidal cast irons
Nearly all cast parts must undergo a machining process in order to be used in service. This work is exclusively
Improved precision in grain size prediction by thermal analysis and statistical analysis in aluminium castings
Primary AlSi10MnMg alloy is the most widely used alloy for manufacturing of vacuum assisted high pressure die castings (VPDC) with
Microstructural features of primary and secondary ductile high pressure die casting alloys for the automotive industry
Primary AlSi10MnMg alloy is the most widely used alloy for manufacturing of vacuum assisted high pressure die castings (VPDC) with
Effect of microalloying element addition on the microstructure, mechanical and corrosion behaviour of A356 secondary alloy with 0.30% Fe
This work investigated how trace additions of Mn, Cr and V affect the morphologies of harmful BETA-AlFe5Si intermetallics, mechanical properties
Effect of Carbon Equivalent and Alloying Elements on the Tensile Properties of Superfine Interdendritic Graphite Irons
Recently, it was demonstrated that the tensile strength of gray iron of average 4% Carbon Equivalent can be increased to
Kinetics of graphite expansion during eutectic solidification of cast iron
The paper introduces a new linear displacement analysis (LDA)/thermal analysis (TA) experimental device for measuring linear displacement during the solidification
Interface characterization of aluminium casting reinforced steel inserts
During the last years, new technologies have been developed in order to reduce the environmental pollution and preserve resources. For
Graphite and Solid Fraction Evolutions during Solidification of Nodular Cast Irons
Ductile iron casting production is strongly affected by austenite and graphite distribution obtained after the solidification process. At the same
As-cast high silicon ductile irons with optimised mechanical properties and remarkable fatigue properties
The present work shows a comparative study regarding the mechanical properties of 25 as cast ferritic ductile iron alloys, nine
As cast high silicon ductile irons with optimised mechanical properties and remarkable fatigue properties
The present work shows a comparative study regarding the mechanical properties of 25 as cast ferritic ductile iron alloys, nine
As Cast ductile iron Crankshafts with improved mechanical properties
Current understanding about the influence of several alloying elements on mechanical properties of steels and cast irons and more precisely
Ductile iron castings fabricated using metallic moulds
The features and suitability of high requirements ductile iron castings production using metallic moulds have beenstudied in the present work.