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Actividad investigadora:

• Artículos en revistas
  • [2019] Chemical analysis on laser processed Ultrahydrophobic Ti-6A1-4V surface by high vacuum Process
  • [2019] Hybrid laser and vacuum process for rapid ultrahydrophobic Ti-6Al-4V surface formation
  • [2018] Laser Shock Processing as an Advanced Technique for the Surface and Mechanical Resistance Properties Modification of Bioabsorbable Magnesium Alloys
  • [2018] Laser Shock Processing as an Advanced Technique for the Surface and Mechanical Resistance Properties Modification of Bioabsorbable Magnesium Alloys
  • [2017] Improvement of surface and mechanical properties of high strength metallic alloys by laser shock processing
  • [2017] Improvement of surface and mechanical properties of high strength metallic alloys by laser shock processing
  • [2017] Measured strains correction for eccentric holes in the determination of non-uniform residual stresses by the hole drilling strain gauge method
  • [2017] Robust fabrication of mu-patterns with tunable and durable wetting properties: hydrophilic to ultrahydrophobic via a vacuum process
  • [2016] Bio inspired self-cleaning ultrahydrophobic aluminium surface by laser processing
  • [2016] Estudio de la soldabilidad con láser de placas finas de inoxidable austenítico con inoxidable ferrítico
  • [2016] Improvement of Surface and Mechanical Properties of High Strength Metallic Alloys by Laser Shock Processing
  • [2016] Improvement of Surface and Mechanical Properties of High Strngth Metallic Alloys by Laser Shock Processing
  • [2016] On the fatigue behavior of medical Ti6Al4V roughened by grit blasting and abrasiveless waterjet peening
  • [2015] IMPROVEMENT OF MECHANICAL AND SURFACE PROPERTIES OF METALLIC ALLOYS BY LASER SHOCK PROCESSING
  • [2015] Induction of through-thickness compressive residual stress fields in thin Al2024- T351 plates by laser shock processing
  • [2014] International Conference on Software Process Improvement CIMPS 2013
  • [2013] Laser shock processing: An emerging technique for the enhancement of surface properties and fatigue life of high-strength metal alloys
  • [2012] Mechanical properties enhancement of high reliability metallic materials by laser shock processing
  • [2011] Laser Shock Processing: An Emerging Technique for the Enhancement of Surface Properties and Fatigue Life of High Strength Metal Alloys
  • [2011] The Role of Short Pulse High Intensity Lasers in Material Surface Properties Modification and MEMS Manufacturing
  • [2011] Thermal Stability of Induced RS's Fields and Fatigue Life Enhancement in High Performance Steels by LSP
  • [2010] Silver-Hidroxyapatite nanocomposites as bactericidal and fungicidal materials
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• Capítulos de libros
  • [2015] Computer-Aided Development of Thermo-Mechanical Laser Surface Treatments for the Fatigue Life Extension of Bio-Mechanical Components
  • [2015] Computer-Aided Development of Thermo-Mechanical Laser Surface Treatments for the Fatigue Life Extension of Bio-Mechanical Components
  • [2015] Fatigue life enhancement of high reliability metallic components by laser shock processing
  • [2015] Fatigue life enhancement of high reliability metallic components by laser shock processing
  • [2014] Induction of thermo-mechanical residual stresses in metallic materials by laser shock processing
  • [2014] Laser Plasma Interaction and Shock Material Processing
  • [2011] Improvement of mechanical properties and life extension of high reliability structural components by laser shock processing
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• Conferencias invitadas en congresos
  • [2019] Integrated Analysis and Quality Control of Laser-Based Additive Manufacturing Processes
  • [2018] Direct Generation of Superhydrophobic Microstructures in Metals by UV Laser Sources in the Nanosecond Regime
  • [2018] Laser Shock Processing as an Advanced Technique for the Surface and Mechanical Resistance Properties Modification of Bioabsorbable Magnesium Alloys
  • [2017] Improvement of Fatigue Life and Surface Properties of Metallic Materials of Biomedical Interest by Laser Shock Processing
  • [2017] Laser Shock Processing for the Enhancement of Mechanical and Surface Properties of Biocompatible Alloys
  • [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
  • [2016] Compressive Residual Stresses and Associated Surface Modifications Induced in Ti6Al4V by Laser Shock Processing
  • [2016] Laser shock processing: an emerging technique for the mechanical and surface properties enhancement of metallic materials (Keynote paper)
  • [2015] Simulation-Guided Induction of Through-Thickness Compressive Residual Stresses and Application of Laser Shock Processing to the Mitigation of the Effect of Surface Defects on the Fatigue Life of Thin Metal Plates
  • [2013] Effect of Thermal Treatments on the Mechanical Properties Enhancement of High Reliability Metallic Materials by Laser Shock Processing
  • [2012] Application of High-Intensity Short-Pulse Lasers to the Mechanical and Surface Properties Improvement of High Reliability Metallic Components by Shock Processing
  • [2012] LASER SHOCK PROCESSING: AN EMERGING TECHNIQUE FOR THE IMPROVEMENT OF FATIGUE LIFE AND SURFACE PROPERTIES OF HIGH RELIABILITY METALLIC COMPONENTS
  • [2011] Improvement of Mechanical Properties and Life Extension of High Reliability Structural Components by Laser Shock Processing
  • [2011] Laser Shock Processing: An Emerging Technique for the Enhancement of Surface Properties and Fatigue Life of High Strength Metal Alloys
  • [2011] Mechanical Properties Enhancement of High Reliability Metallic Materials by Laser Shock Processing
  • [2011] The Role of Short Pulse High Intensity Lasers in Material Surface Properties Modification and MEMS Manufacturing
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• Otras Publicaciones
  • [2011] Laser Shock Processing: A Technique for the Improvement of Mechanical and Surface Propierties of High Reliability Metallic Alloys
• Ponencia en Congresos
  • [2018] Application of Laser Shock Processing to the Surface and Mechanical Resistance Properties Modification of Bioreabsorbable Magnesium Alloys
  • [2017] Improvement of fatigue life and surface properties of metallic materials of biomedical interest by laser shock processing
  • [2017] Improvement of fatigue life and surface properties of metallic materials of biomedical interest by laser shock processing
  • [2016] Evaluation of the changes in electrochemical behaviour induced in materials subject to laser shock processing
  • [2016] Integral Improvement of Mechanical and Surface Properties of AISI 316L Stainless Steel by Laser Shock Processing
  • [2016] Integral Improvement of Mechanical and Surface Properties of Metallic Materials of Interest in Aerospace Applications by Laser Shock Processing
  • [2016] Integration of experimental characterization methods for the assessment of the LSP treatment of metallic materials
  • [2016] Robust Transformation of wetting properties of metallic surfaces by ns lasers
  • [2015] Cuestionarios conceptuales en Física: evaluación de resultados de aprendeizaje y conceptos erróneos en Mecánica y Electromagnetismo
  • [2015] Cuestionarios conceptuales en Física: evaluación de resultados de aprendeizaje y conceptos erróneos en Mecánica y Electromagnetismo
  • [2015] Descubriendo Conceptos Erroneos en Física de Primer Curso Mediante Cuestionarios Conceptuales
  • [2015] Induction of Through-Thickness Compressive Residual Stresses and Application to the Mitigation of the Effect of Surface Defects on the Fatigue Life of Thin Metal Plates by LSP
  • [2015] Integrated Development of LSP Process for the Improvement of Surface Properties and Fatigue Life of Metallic Components
  • [2015] Integrated Modelling/Diagnosis/Testing Methodology in LSP Process Development for the Improvement of Fatigue Life of Metallic Components
  • [2015] Laser Shock Processing: An Advanced Technique for Improving the Surface and Mechanical Properties of Metallic Alloys
  • [2015] Laser Shock Processing: An Advanced Technique for Improving the Surface and Mechanical Properties of Metallic Alloys
  • [2013] Effect of LSP treatment on the surface topography, friction and wear of Al2024 alloy
  • [2013] Effect of Thermal Relaxation on LSP Induced Residual Stresses and Fatigue Life Enhancement of AISI 316L stainless steel
  • [2013] Roughening of metallic biomaterials by abrasiveless water jet peening: effects on fatigue strength and ion release
  • [2011] Improvement of mechanical properties and life extension of high reliability structural components by laser shock processing
  • [2011] The Role of Short Pulse High Intensity Lasers in Material Surface Properties Modification and MEMS Manufacturing
  • [2011] Thermal Stability of Induced RS's Fields and Fatigue Life Enhancement in High Performance Steels by LSP
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• Proyectos de I+D+i
  • [2019] MAT4.0-CM: FABRICACION INTELIGENTE DE MATERIALES AVANZADOS PARA EL TRANSPORTE, LA ENERGIA Y LA SALUD (UPM-GRIAL)
  • [2019] MONOTORING LASER SHOCK PEENING FOR STRESS-CORROSION CRACKING AND FATIGUE RESISTANCE ENHANCEMENT OF LAUNCHERS STRUCTURES
  • [2019] TRATAMIENTO MEDIANTE LSP DE ALEACIONES DE MAGNESIO BIODEGRADABLES Y BIO-REABSORBIBLES COMO METODO DE MEJORA DE SUS PROPIEDADES MECANICAS (LSP-BIOMAG)
  • [2018] DESARROLLO BASADO EN TECNOLOGÍA ESPAÑOLA DE SISTEMAS AVANZADOS DE FABRICACIÓN PROTOTIPADO DE COMPONENTES ESTRATÉGICOS MEDIANTE SINTERIZADO DE POLVO ASISTIDO POR LÁSER (FRACTAL)
  • [2016] DESARROLLO BASADO EN TECNOLOGÍA ESPAÑOLA DE SISTEMAS AVANZADOS DE FABRICACIÓN PROTOTIPADO DE COMPONENTES ESTRATÉGICOS MEDIANTE SINTERIZADO DE POLVO ASISTIDO POR LÁSER (FRACTAL)
  • [2016] DESARROLLO BASADO EN TECNOLOGÍA ESPAÑOLA DE SISTEMAS AVANZADOS DE FABRICACIÓN PROTOTIPADO DE COMPONENTES ESTRATÉGICOS MEDIANTE SINTERIZADO DE POLVO ASISTIDO POR LÁSER (FRACTAL)
  • [2016] MECHANISMS OF RESIDUAL STRESS GENERATION IN MECHANICAL SURFACE TREATMENT: THE ROLE OF CYCLIC PLASTICITY AND TEXTURE (MEDUSA)
  • [2016] MONOTORING LASER SHOCK PEENING FOR STRESS-CORROSION CRACKING AND FATIGUE RESISTANCE ENHANCEMENT OF LAUNCHERS STRUCTURES
  • [2016] PILOT INNG INNOVATION PROGRAMA MADAME CURIE CONFUND
  • [2015] DESARROLLO BASADO EN TECNOLOGÍA ESPAÑOLA DE SISTEMAS AVANZADOS DE FABRICACIÓN PROTOTIPADO DE COMPONENTES ESTRATÉGICOS MEDIANTE SINTERIZADO DE POLVO ASISTIDO POR LÁSER (FRACTAL)
  • [2015] DESARROLLO BASADO EN TECNOLOGÍA ESPAÑOLA DE SISTEMAS AVANZADOS DE FABRICACIÓN PROTOTIPADO DE COMPONENTES ESTRATÉGICOS MEDIANTE SINTERIZADO DE POLVO ASISTIDO POR LÁSER (FRACTAL)
  • [2015] FRACTAL: Desarrollo basado en tecnología española de sistemas avanzados de fabricación y prototipado de componentes estratégicos mediante sinterizado de polvo asistido por láser (FRACTAL)
  • [2015] LÁSER CHOCK PEENING BY POLIMA (POLIMA-CORINNA 2014)
  • [2015] MECHANISMS OF RESIDUAL STRESS GENERATION IN MECHANICAL SURFACE TREATMENT: THE ROLE OF CYCLIC PLASTICITY AND TEXTURE (MEDUSA)
  • [2015] MECHANISMS OF RESIDUAL STRESS GENERATION IN MECHANICAL SURFACE TREATMENT: THE ROLE OF CYCLIC PLASTICITY AND TEXTURE (MEDUSA)
  • [2015] SHOCKLAS-RELY: Análisis integrado teórico-experimental de la técnica LSP aplicada a la mejora de propiedades mecánicas y superficiales de componentes metálicos de alta fiabilidad
  • [2013] 4TH INTERNATIONAL CONFERENCE ON LASER PEENING ADN RELATED PHENOMENA
  • [2013] 4TH INTERNATIONAL CONFERENCE ON LASER PEENING ADN RELATED PHENOMENA
  • [2013] ANÁLISIS INTEGRADO TEÓRICO-EXPERIMENTAL DE LA TÉCNICA LSP APLICADA A LA MEJORA DE PROPIEDADES MECÁNICAS Y SUPERFICIALES DE COMPONENTES METÁLICOS DE ALTA FIABILIDAD
  • [2013] LASER SHOCK PEENING TREATMENT TO IMPROVE MECHANICAL PROPERTIES OF THIN AI2024-T351 CLAD (2 MM THICK)
  • [2013] LASER SHOCK PEENING TREATMENT, PROVIDED BY POLIMA TO IMPROVE MECHANICAL PROPERTIES OF THIN AI2024-T351 CLAD (R&T LSP POLIMA CORINNA)
  • [2012] ESTUDIO SOBRE LA REPARACIÓN DE DAÑOS POR MARCAS SUPERFICIALES MEDIANTE "LASER PEENING"
  • [2010] ANALISIS INTEGRADO TEORICO EXPERIMENTAL DE PROCESOS DE TATAMIENTO DE CHOQUE POR LASER DE COMPONENTES METALICOS
  • [2009] REPAIR SCRIBE MARK DAMAGES BY LASER SHOCK PEENING
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