Jon Gabirondo-López- PhD Student at University of the Basque Country
Jon Gabirondo-López
- PhD Student at University of the Basque Country
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20
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Publications
Publications (20)
The Software Defined Networking (SDN) paradigm enables the development of systems that centrally monitor and manage network traffic, providing support for the deployment of machine learning-based systems that automatically detect and mitigate network intrusions. This paper presents an intelligent system capable of deciding which countermeasures to...
Directional spectral emissivity measurements on a rolled aluminum sheet are reported between 423 and 823 K in vacuum. The results are compared to available literature data and to theoretical predictions, revealing the crucial role of the surface state in explaining the observed scatter of values. In particular, it is argued that the cold-rolling pr...
This article presents a web-based framework to build a database without in-depth programming knowledge given a set of CIF dictionaries and a collection of CIFs. The framework consists of two main elements: the public site that displays the information contained in the CIFs in an ordered manner, and the restricted administrative site which defines h...
This article introduces a cascade control system designed to precisely manage complex heating processes characterized by two actuator saturations, the absence of any cooling system, variable properties of the sample being heated, and a wide temperature span. The proposed control system combines an industrial PID for furnace heating element control...
This contribution investigates the emissivity of Inconel 718 in the context of laser-based Directed Energy Deposition (DED), focusing on the impact of surface finish variations resultant from additive manufacturing techniques and the challenges it poses when monitoring the process via thermal imaging. We perform directional spectral measurements fr...
This contribution investigates the emissivity of Inconel 718 in the context of laser metal deposition, focusing on the impact of surface finish variations resultant from additive manufacturing techniques and the challenges it poses when monitoring the process via thermal imaging. Our methodology involves examining the emissivity of Inconel 718 samp...
We present preliminary results on the fabrication of patterned surfaces by Direct Laser Interference Patterning and the characterization and theoretical interpretation of their infrared emissivities. The upgraded experimental method is capable of studying the full directional emission of samples under a controlled atmosphere at high temperatures. T...
Blown powder laser metal deposition (p-LMD) is an advanced additive manufacturing technique that creates metal components by fusing metal powder particles with a substrate using a high-power laser source. This study explores the interactions between laser energy, powder flow, and gas dynamics within a three-channel nozzle configuration for a p-LMD...
The multicomponent equiatomic CrMnFeCoNi alloy was proposed by B. Cantor almost 20 years ago and was the first in the family of the so-called multiprincipal or high-entropy alloys (HEAs). Various mechanical properties of the Cantor alloy and its derivatives, such as corrosion behavior, oxidation resistance, irradiation response, diffusion bonding,...
Understanding thermal emissivity at high temperatures is crucial for developing efficient materials for solar thermal applications. We present a new approach for creating an efficient material for solar absorbers by developing a modified Si surface on stainless steel substrate through annealing. We prepare five samples by annealing them at five tem...
Non-contact temperature measurement is very important for the control and inspection in different sectors of industry involving harsh environments, and an accurate measurement depends crucially on the emissivity determination. This work compares two possible methodologies to obtain accurate temperatures. Firstly, the emissivity is rigorously charac...
Azken urtetan agertutako teknologia eta plataforma berriek ikasleen elkarrekintzan oinarritutako proiektuak garatzeko eta irakaskuntzarako beharrezkoa den materiala sortzeko eta hedatzeko bide anitzak eskaintzen dituzte. MinervaLab proiektuak Jupyter Notebook plataforman eta softwarearen garapenean erabili ohi diren tresna eta lan-fluxuetan oinarri...
