eBiltegia - Repositorio digital de Mondragon Unibertsitatea
El Repositorio digital de Mondragon Unibertsitatea da acceso abierto al texto completo de los documentos generados en la universidad resultado de su actividad académica, investigadora e institucional, cumpliendo con los compromisos de las políticas de Acceso Abierto de la institución:
Su objetivo es promover la ciencia abierta, incrementar la visibilidad e impacto institucional, garantizar la preservación segura de los contenidos digitales, y facilitar su interoperabilidad mediante estándares técnicos.Podrás encontrar tesis doctorales, trabajos de fin de grado y master, material didáctico, publicaciones de la universidad, documentos de trabajo, preprints, postprints, artículos, actas de congresos, sets de datos, documentos institucionales, etc.
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The Influence of Dual Higher Education Programmes and Work Experiences on Soft Skills Development in Master's Degree Students
(EU4Dual European University Alliance, 2025-11-24)Soft skills are crucial for graduate employability in a rapidly changing society. While dual higher education programs support their development, the specific skills gained remain unclear. Likewise, the role of non-curricular ... -
Por qué es importante saber a qué juegan las niñas y los niños
(Dykinson, 2025) -
Blind Efficient Method for Optimizing Jiles-Atherton Model Parameters
(IEEE, 2025)We introduce a novel blind optimization method for determining the parameters of the Jiles-Atherton model of hysteresis, eliminating the need for user-provided initial guesses or search spaces. A carefully designed ... -
Numerical Assessment Of Shot Peening Contribution To The Fatigue Strength Of Gear Tooth Root
(Purdue University, 2025)Gears are commonly treated with shot peening (SP) and/or case hardening to enhance fatigue resistance. However, their effects are often conservatively assessed using standardized methods, which can limit their optimal ... -
Optimising Power Semiconductor Thermal Simulation via Finite Element Modeling
(IEEE, 2025)This article presents a Finite Element Modeling (FEM) framework for thermal analysis of power semiconductor modules, combining simulation accuracy with enhanced computational efficiency. Power losses are calculated using ...
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