Observatorio de I+D+i UPM
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RESEARCHERS
RDI STRUCTURES
RESEARCH ACTIVITIES
INNOVATION
Investigador
Ignacio Pedro Angulo Ramonell
Researcher Category
L.D. AYUDANTE
UPM Centre
E.T.S. DE INGENIEROS INDUSTRIALES
Department:
FÍSICA APLICADA E INGENIERÍA DE MATERIALES (N)
Research Centre/Institute
CENTRO LASER
Knowledge Area
CIENCIA DE LOS MATERIALES E ING. METALURGICA
Research Group:
Grupo de Investigación en Ingeniería y Aplicaciones del Láser
Email
ignacio.angulo
upm.es
Phone
910676992
Research Reports
Proyectos de I+D+i y generación de recursos
4 Proyectos de I+D+i
1: (2016)
DESARROLLO BASADO EN TECNOLOGÍA ESPAÑOLA DE SISTEMAS AVANZADOS DE FABRICACIÓN PROTOTIPADO DE COMPONENTES ESTRATÉGICOS MEDIANTE SINTERIZADO DE POLVO ASISTIDO POR LÁSER (FRACTAL)
2: (2016)
DESARROLLO BASADO EN TECNOLOGÍA ESPAÑOLA DE SISTEMAS AVANZADOS DE FABRICACIÓN PROTOTIPADO DE COMPONENTES ESTRATÉGICOS MEDIANTE SINTERIZADO DE POLVO ASISTIDO POR LÁSER (FRACTAL)
3: (2016)
MECHANISMS OF RESIDUAL STRESS GENERATION IN MECHANICAL SURFACE TREATMENT: THE ROLE OF CYCLIC PLASTICITY AND TEXTURE (MEDUSA)
4: (2016)
MONOTORING LASER SHOCK PEENING FOR STRESS-CORROSION CRACKING AND FATIGUE RESISTANCE ENHANCEMENT OF LAUNCHERS STRUCTURES
Difusión de Resultados de Investigación
3 Artículos en revistas
1: (2018)
Laser Shock Processing as an Advanced Technique for the Surface and Mechanical Resistance Properties Modification of Bioabsorbable Magnesium Alloys
2: (2018)
Laser Shock Processing as an Advanced Technique for the Surface and Mechanical Resistance Properties Modification of Bioabsorbable Magnesium Alloys
3: (2018)
Minimization of the Thermal Impact in the Laser Welding of Dissimilar Stainless Steels
9 Conferencias invitadas en congresos
1: (2016)
Laser shock processing: an emerging technique for the mechanical and surface properties enhancement of metallic materials (Keynote paper)
2: (2017)
Improvement of Fatigue Life and Surface Properties of Metallic Materials of Biomedical Interest by Laser Shock Processing
3: (2017)
Laser Shock Processing for the Enhancement of Mechanical and Surface Properties of Biocompatible Alloys
4: (2017)
Laser Shock Processing of Metallic Alloys: Process Overview and Development of Advanced Applications through the Integrated Modelling-Processing-Testing Approach for the Robust Design of Treatments on High-Reliability Components
5: (2018)
Direct Generation of Superhydrophobic Microstructures in Metals by UV Laser Sources in the Nanosecond Regime
6: (2018)
Laser Shock Processing as an Advanced Technique for the Surface and Mechanical Resistance Properties Modification of Bioabsorbable Magnesium Alloys
7: (2018)
Numerical Simulation of Plasma Dynamics and Shock-Induced Residual Stresses in the Laser Shock Processing of Metallic Materials
8: (2018)
The Fundamental Role of Laser-Plasma Interaction and Materials Behaviour Models in the Predictive Assessment of Residual Stresses Fields Induced in Metallic Materials by LSP
9: (2018)
The Fundamental Role of Laser-Plasma Interaction and Materials Behaviour Models in the Predictive Assessment of Residual Stresses Fields Induced in Metallic Materials by LSP
8 Ponencia en Congresos
1: (2016)
Integral Improvement of Mechanical and Surface Properties of Metallic Materials of Interest in Aerospace Applications by Laser Shock Processing
2: (2016)
Numerical modelling of the effect of laser shock processing on the residual stress fields of high reliability materials
3: (2017)
A COMPREHENSIVE MODEL FOR THE COUPLED PREDICTIVE ASSESSMENT OF RESIDUAL STRESSES AND DEFORMATIONS IN LASER SHOCK PROCESSING OF METALLIC MATERIALS
4: (2017)
Improvement of fatigue life and surface properties of metallic materials of biomedical interest by laser shock processing
5: (2017)
Improvement of fatigue life and surface properties of metallic materials of biomedical interest by laser shock processing
6: (2018)
Application of Laser Shock Processing to the Surface and Mechanical Resistance Properties Modification of Bioreabsorbable Magnesium Alloys
7: (2018)
Modelo numérico para la caracterización termo-fluídica del proceso de Fusión Selectiva por Láser
8: (2018)
Modelo numérico para la caracterización termo-fluídica del proceso de Fusión Selectiva por Láser
• TOMA DE DATOS DE MEMORIAS Y CV
• UPM.ES
S2i 2021 Observatorio de investigación @ UPM con la colaboración del Consejo Social UPM
Cofinanciación del MINECO en el marco del Programa INNPACTO (IPT-020000-2010-22)
