| Influence of Post-Processing on the Properties of Multi-Material Parts Obtained by Material Projection AM. |
| Microstructure–Hardness–Corrosion Performance of 17–4 Precipitation Hardening Stainless Steels Processed by Selective Laser Melting in Comparison with Commercial Alloy |
| Influence of 17-4PH stainless steel powder recycling in properties of SLM additive manufactured parts |
| Proposal of design rules for improving the accuracy of selective laser melting (SLM) manufacturing using benchmarks parts |
| Precipitation hardening stainless steel samples processed by additive manufacturing: Process parameters and thermo mechanical treatments effects on microstructure and corrosion resistance |
| Novel post-processing procedure to enhance casting molds manufactured by binder jetting AM |
| Impact of the laser scanning strategy on the quality of 17-4PH stainless steel parts manufactured by selective laser melting. |
| Laser line scanner aptitude for the measurement of Selective Laser Melting parts |
| Laser Defocusing Effect on the Microstructure and Defects of 17-4PH Parts Additively Manufactured by SLM at a Low Energy Input. |
| Comparative Study on Microstructure and Corrosion Resistance of Al-Si Alloy Cast from Sand Mold and Binder Jetting Mold |
| Process for the improvement of the properties of plaster formed parts |
| Analysis of Modern Optical Inspection Systems for Parts Manufactured by Selective Laser Melting. |
| Application of Vacuum Techniques in Shell Moulds Produced by Additive Manufacturing. |
| Characterisation of 17-4PH metallicpowder recycling to optimise the performance of the selective laser melting process. |
| Feasibility of Calcium Sulfate Moulds Made by Inkjet 3D Printing for Rapid Casting ofAluminium Alloys. |
| Heat treatments for improved quality binder jetted molds for casting aluminum alloys. |
| Towards Functional Parts by Binder Jetting Calcium-Sulphate with Thermal Treatment Post-Processing |
| Metrological evaluation of laser scannerintegrated with measuring arm using optical feature-based gauge. |
| Modelling of Information for Additive Manufacture (AP242) and Comparative with OtherExisting Models. |
| Comparative Study of Aluminum Alloy Casting obtained by Sand Casting Method andAdditive Manufacturing Technology. |
| Knowledge base model for automatic probe orientation and configuration planning with CMMs |
| New procedure for qualification of Structured Light 3D scanners using an optical feature-based gauge. |
| Behaviour of infiltrating materials on Calcium Sulphate hemihydrate parts made by 3D printing |
| Metrological evaluation of structured light 3D scanning system with an optical feature-based gauge. |
| TCM system in contour milling of very thick-very large steel platesbased on vibration and AE signals. |
| Frame for Automatizing Inspection Planning Strategies in Coordinate Metrology: Macro Plan Case |
| Nozzle Design for Combined Use of MQL and Cryogenic Gas in Machining. |
| A cryo lubri-coolant approach for finish milling of aeronautical hard-to-cut materials. |
| Cryogenic and minimum quantity lubrication for an eco-efficiency turning of AISI 304 |
| Testing coordinate measuring arms with a geometric feature-based gauge: in situ field trials |
| Design of a TCM system based on vibration signal for metal turning processes |
| Cryogenic Hard Turning of ASP23 steel using Carbon Dioxide |
| aZIBO shape descriptor for monitoring tool wear in milling |
| Tool wear classification using LBP-based descriptors combined with LOSIB-based enhancers |
| Categorization of Inspection Elements in Coordinates Measurement for a KBE Implementation |
| Uncertainties on CMMs by applying a model of corrections based on a Global Metric, Monte Carlo and Neural Network methods |
| Application of cooling cryogenic technology for machining operations of high added value |
| Implementation of rules into a KBE model for improving reliability in AACMM measurement |
| Modelo de conocimiento para la planificación automática del palpado en inspección por coordenadas de piezas prismáticas |
| KBE rules oriented to resources management in coordinates inspection by contact |
| Estimation of Cutting Forces and Tool Wear Using Modified Mechanistic Models in High Performance Turning |
| Method and geometric feature gauge for calibrating and measuring qualification with articulated arm coordinate measuring machines |
| Uso de gases criogenicos para un rendimiento ECO2 del mecanizado |
| Development of a KBE model aimed at improving the accuracy with coordinate measuring arms |
| Study of Virtual Features in the Performance of Coordinate Measuring Arms. |
| AACMM Performance Test: Influence of Human Factor and Geometric Features. |
| Influence of human factor in the AACMM performance: a new evaluation methodology. |
| A new concept of feature-based gauge for coordinate measuring arm evaluation. |
| Effect of mechanical pre-treatments in the behaviour of nano-structured PVD coated tools in turning. |
| The use of virtual circles gauge for a quick verification of Portable Measuring Arms |
| Evaluation of AACMM using the virtual circles method |
| Behaviour of PVD coatings in the turning of austenitic stainless steels |
| Application of a Force Sensor to Improve the Reliability of Measurement with Articulated Arm Coordinate Measuri. Sensors |
| High-performance machining of austenitic stainless steels. Machining and machine-tools. Research and development. |
| Management of manufacturing engineering seminars in the context of new educational trends |
| Evaluation of AACMM using the virtual circles method |
| Behaviour of PVD coatings in the turning of austenitic stainless steels |
| Metodologia para el desarrollo de seminarios en Ingenieria de Fabricacion utilizando gestores de contenido de software libre |
| Real-time contact force measurement system for portable coordinate measuring arms |
| Behavior of austenitic stainless steels at high speed turning using specific force coefficients |
| A new improved Laws-based descriptor for surface roughness evaluation |
| Reliability of monitoring signals for estimation of surface roughness in metallic turned parts |
| A mechanistic model for high speed turning of austenitic stainless steel |
| A evaluation of surface roughness classes by computer vision using wavelet transform in the frequency domain |
| The influence of cutting speed in austenitic stainless steel machining: Study of specific force coefficients |
| Surface roughness prediction from combination of cutting forces, turning vibrations and machining conditions using artificial neural networks |
| Methodology for identifying and representing knowledge in the scope of CMM inspection resource selection. |
| Evaluation of influence parameters on measurement reliability of coordinated measuring arms. |
| Surface roughness prediction from combination of cutting forces, turning vibrations and machining conditions using artificial neural networks |
| Methodology for identifying and representing knowledge in the scope of CMM inspection resource selection |
| The influence of cutting speed in austenitic stainless steel machining: study of specific force coefficients |
| Evaluation of influence parameters in the reliability of the measuring with Coordinated Measuring Arms |
| Material surface characterization using laws descriptors |
| Framework for an integrated ontology definition in the scope of CMM inspection planning using CBR |
| Tools for teaching-learning of Manufacturing Engineering using content management platforms |
| Effect of very high cutting speeds on shearing, cutting forces and roughness in dry turning of austenitic stainless steels |
| A new process-based ontology for KBE system implementation: application to inspection process planning |
| Surface finish control in machining processes using Haralick descriptors and neural networks |
| Implementation of decision rules for CMM sampling in a KBE system |
| Surface roughness classification in metallic parts using Haralick descriptors and quadratic discriminat analysis |
| Comparative synthesis between STEP and MOKA methodologies and new proposal for the scope of manufacturing and inspection processes |
| Surface Finish Control in Machining Processes using Haralick Descriptors and Neuronal Networks |
| Methodology for comparison of laser digitizing versus contact systems in dimensional control |
| Conceptual principles and ontology for a KBE implementation in inspection planning |
| Analysis of laser scanning and strategies for dimensional and geometrical control |
| Comparison between non contact and contact scanning systems for dimensonal control |
| High level diagrams for identification of knowledge as a basis for a KBE implementation of inspection planning process |
| Application of textural descriptors for the evaluation of surface roughness class in the machining of metals |
| Qualitative surface roughness evaluation using Haralick features and wavelet transform |
| MOKA ontology variant to apply to the inspection planning process in a KBE system |
| Classification and correlation of surface roughness in metallic parts using texture descriptors |
| Use of contour signatures and classi cation methods to optimize the tool life in metal machining |
| Testing the capabilities of the three-spheres alignment method for laser triangulation sensors |
| Tool wear classification using shape signatures from digital images and neural networks |
| Surface finish control in machining processes using textural descriptors based on moments |
| Use of descriptors based on moments from digital images for tool wear monitoring |
| Computer vision and classification techniques on the surface finish control in machining processes |
| Operator and analyst interfaces for monitoring of wear in tool inserts |
| Modelo para la integracion de informacion via Web procedente de aplicaciones SPC |
| Automatic segmentation of the wear region in cutting tools |
| On-line tool wear monitoring using geometric descriptors from digital images |
| Design of a Computer Vision System to Estimate Tool Wearing |
| Modelo de informacion basado en STEP para la integracion de sistemas automatizados de inspeccion |
| Modelo para el intercambio de informacion en la inspeccion automatica de piezas |
| Ingenieria concurrente en el diseno de moldes de inyeccion |
| Desarrollo de un entorno de informacion para la integracion de la inspeccion dimensional |
| Validacion de un modelo de informacion para la integracion de la inspeccion con maquinas de medir por coordenadas en el ciclo de produccion |
| Automatizacion e integracion de la inspeccion dimensional con maquinas de medir por coordenadas en el proceso productivo |
| Modelling inspection planning systems to support concurrent engineering |
| Architecture for validation of a CMM inspection information model in concurrent engineering |
| Monitorizacion del desgaste de plaquitas de corte usando vision artificial |
| Las herramientas de la gestion de la calidad integradas a traves de la ingenieria simultanea |
| Information model validation for the integration of inspection |
| Automatizacion e Integracion de la Inspeccion Dimensional con Maquinas de Medir por Coordenadas |
| Information model for the integration of the inspect. activity in a concurrent engineering framework |
| Functional model for the development of an inspection integration framework |
| Desarrollo de un entorno de informacion para la integracion de la inspeccion dimensional en el ciclo de produccion |
| Validation of an information model for inspection with CMM |
| Tool insert wear classification using statistical descriptors and neural networks |
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