eBiltegia - Mondragon Unibertsitateko biltegi digitala
Mondragon Unibertsitateko Biltegi digitalak unibertsitatean jarduera akademiko, ikertzaile eta instituzionalaren emaitza gisa sortutako dokumentuen testu osoa eskuratzeko aukera ematen du. Bere helburua da unibertsitateko ekoizpen zientifiko eta akademikoari ikusgarritasun handiagoa ematea, haren eragina handitzea eta haren babesa ziurtatzea, erakundearen Sarbide Irekiko politikak betez:
Doktore-tesiak, karrera amaierako proiektuak, material didaktikoa, unibertsitateko argitalpenak, lan-dokumentuak, preprintak, postprintak, artikuluak, kongresuetako aktak, datu-sortak, dokumentu instituzionalak eta abar aurkitu ahal izango dituzu.
Komunitateak eBiltegian
Erantsitako azken lanak
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Simulation and experimental validation of the effect of material and processing parameters on the injection stage of compression resin transfer molding
(Wiley, 2018)The effects of gap thickness, injection flow rate, overflow percentage, initial fiber content, and resin viscosity on the resin distribution at the end of the injection stage of compression resin transfer molding have been ... -
Factores críticos de las interfaces industriales para la digitalización de la industria
(Editorial UCA, 2020) -
Towards a high-fidelity simulation environment for structural integrity assessment of floating wind energy platforms
(CRC Press, 2020)The present paper presents a preliminary study on the structural integrity analysis of Floating Offshore Wind Turbine (FOWT) platforms, using different methods to compute hydrodynamic loads and determine the deformation ... -
Thrust ripple optimisation method for linear switched-flux machines
(IEEE, 2020)Linear switched-flux machines are a very promising technology thanks to their high thrust density and permanent magnet immunity. However, they usually have to deal with a high detent force and a high thrust force ripple. ... -
Fractal dimension and lacunarity as predictive radiomic features for relapse in pulmonary nodules
(Elsevier, 2025)Radiomic features such as fractal dimension and lacunarity have shown promising results in tumor analysis, characterizing the structural complexity and internal heterogeneity of pulmonary nodules in CT images. However, ...