Artifical Intelligence in Laser Processing

The track "Artificial Intelligence in Laser Processing" at ICALEO 2023 explores the fusion of AI and laser manufacturing. Discover cutting-edge research on optimizing laser processes and enhancing manufacturing efficiency. Explore AI's diverse applications in parameter optimization, quality prediction, real-time process monitoring, and control. Join us to unlock the potential of AI-driven solutions revolutionizing laser materials processing, delivering unprecedented precision, productivity, and innovation.

Session Search

Day	Session	Title	Keywords
Tuesday	Poster Gallery	Prediction of the Interface Width in Over Lap Joint Configuration for Laser Welding of Aluminum Alloy Using Sensors	Coaxial Monitoring Interfacial Width Ccd Spectrometer Weld Quality
Tuesday	Poster Gallery	Identification of Solidification Cracking Using Multiple Sensors and Deep Learning in Laser Overlap Welded Al 6000 Alloy	Al Alloy Laser Welidng Solidification Cracking Deep Learning Ir Camera Ccd Camera
Wednesday	Applications in Manufacturing I	AI in Laser Cutting - Insights Into Recent Achievements	Artificial Intelligence Industrial Application Sheet Metal Industry
Wednesday	Applications in Manufacturing I	Prediction of Clad Quality in Laser Metal Deposition Using Dissimilar Materials: Performance Comparison of Machine Learning-Based Approaches	Machine Learning Direct Energy Deposition Laser Metal Deposition Quality Prediction Vdm Alloy 780
Wednesday	Applications in Manufacturing I	Predictive Modeling of Lattice Structure Design for 316L Stainless Steel Using Machine Learning in the L-PBF Process	Design For Additive Manufacturing Machine Learning Lattice Structures 316L Finite Element Analysis
Wednesday	Applications in Manufacturing I	Data-Driven Density Prediction of AlSi10Mg Parts Produced by Laser Powder Bed Fusion Using Machine Learning and Finite Element Simulation	Additive Manufacturing Laser Powder Bed Fusion Artificial Intelligence Machine Learning
Wednesday	Applications in Manufacturing II	Prediction of Hardness and Phase Distributions in Laser Heat Treatment of AH36 Steel Using Deep Learning	Laser Heat Treatment Hardening Softening Deep Learning Generative Adversarial Network
Wednesday	Applications in Manufacturing II	Optimizing the Ultra-Short-Pulsed Laser Machining of Silicon and Germanium With Machine Learning for Highest Throughput and Quality	Machine Learning Artificial Intelligence Process Optimization Ultra-Short-Laser Pulses Semiconductor
Wednesday	Applications in Manufacturing II	Use of AI for Laser Cutting and Structuring	Ai Cutting Micro Structuring
Wednesday	Process Control	Development and Comparison of Different Algorithms for Beam Stabilization in Ultrashort Pulsed Lasers Equipped to a 6-Axis Robot	Beam Stabilization Ultrashort Pulsed Laser Robot 3D Manufacturing Laser Application
Wednesday	Process Control	Intelligent Neural Sensor for Powder Clogging Prediction in Laser Cladding: A Machine Learning Approach to Optimize Process Control	Laser Cladding Powder Clogging Prediction Intelligent Neural Sensor Machine Learning Process Optimization
Wednesday	Process Control	AI-Based Process Control for Laser Manufacturing Processes Using Multi-Sensor Conceptions	Laser Welding Multi-Sensor Ai-Processing Weld Seam Quality Prediction
Wednesday	Process Control	Real-Time Laser-Beam Absorptance Monitoring in Laser Welding Using Ai-Based Keyhole Reconstruction and Regression	Laser Keyhole Welding Laser-Beam Absorptance Deep Learning Monitoring
Wednesday	Process Control	Making the Virtually Invisible Visible - Sophisticated AI Models Based on Seamless In-Process Information Enable More Product Safety	Laser Welding Process Control Real-Time Sensor Suite Artificial Intelligence Quality Assurance