Program 2026
Click on the name of each speaker below to know: biography, resume, authors, social networks…
Time |
Room 6 |
Room 7 |
Room 8 |
Room 9 |
S03-3 : Materials & Characterization : Lattice |
S09-1 : NDT & Monitoring |
S10-1 : Process AM-Sinter-based |
S11-1 :AM sustainability |
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8:30 am – 8:50 am |
85 Investigation of the dynamic behavior of TPMS structures in IN718 nickel-based superalloy Pierre Mondelin |
36 DED Laser Wire deposition real-time monitoring and control Pierre Michaud |
107 Progress in understanding sinter-based processes capabilities Camille Colin |
51 Life Cycle Assessment of PBF-LB process : Alloy-Specific Insights and Process Optimization Hugo Roirand |
8:50 am – 9:10 am |
45 Enabling Next-Generation Compact Heat Exchangers through L-PBF of Thin-Walled 316L Structures Pauline Chanin Lambert |
86 In-Situ Process Monitoring and Machine Learning-Based Diagnostic for Wire Laser Additive Manufacturing of 316L Stainless Steel: A Small Torture Test Case Study Robin Kromer |
5 Production of Incol718 superalloy parts by MOLDJET technology Matti Ben-Moshe |
39 Sustainable Solutions for Titanium supply in Additive Manufacturing Kenan Boz |
9:10 am – 9:30 am |
76 Influence of the laser strategies on the mechanical behaviour of additive manufactured Inconel TPMS Louise Le Barbenchon |
72 In-situ characterisation of melt pool temperature in a commercial PBF-LB system Sander Grønnerød |
79 Towards process robustness in Metal Binder Jetting (MBJ): understanding powder properties influence on printing step Vincent Bonnefoy |
34 Towards in-situ monitoring of environmental impact of WAAM: evaluation of the reliability of life cycle assessment data Sammy Wambugu |
9:30 am – 9:50 am |
11 Characterization of Porous Metallic Structures Made by Additive Manufacturing for Heat Pipe Applications Vincent Kodio |
57 Deep Learning Enhanced Spatter Trajectory Analysis for In-Situ Monitoring of Laser Powder Bed Fusion Gianni Pisa |
99 Digital mass productions with HP Metal Jet : Materials & Manufacturing Strategies Accelerators Rocío Muñoz Moreno |
9 Data analysis and life cycle assessment approach to estimate the environmental performance of WAAM Antoine Balidas |
9:50 am – 10:35 am |
Coffee Break |
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S08-2 : Process DED |
S12-1 : Process PBF-LB |
S03-2 : Materials & Characterization |
S13-1 : Heat treatments |
|
10:35 am – 10:55 am |
4 Very high deposition rate additive manufacturing of low alloy steel parts with high impact energy thanks to fine acicular ferrite Antoine Kieffer |
69 Optimizing Electromagnetic Performance of L-PBF Aluminium Waveguides through Surface Roughness Control Quentin Gaillard |
61 Corrosion fatigue behaviour of two LPBF 316L stainless steels Xavier Majnoni D’Intignano |
24 Influence of heat treatment on the impact toughness of a powder bed fusion laser beam manufactured 17-4 PH stainless steel Jérémie Bouquerel |
10:55 am – 11:15 am |
95 Wire Arc Additive Manufacturing of parts with direct programming: some examples Rodolphe Bolot |
59 Effect of LPBF process parameters on the production of NiTi thin struts Juan Delmastro |
33 L-PBF manufacturing of Al10SiMg alloy using spatial beam shaping Patrice Peyre |
68 Heat treatment of 316LSi made by Wire Arc Additive Manufacturing for Nuclear Components Nicolas Sallez |
11:15 am – 11:35 am |
62 Study of aluminium alloy 7075 produced by additive friction stir deposition: implementation, microstructure, mechanical properties Pierre Auguste |
27 Achieving High-Dimensional Accuracy in Net-Shape PBF Builds Using a Hybrid Simulation and Measurement-Based Approach Simon Poly |
41 Aluminium Scandium alloys development for hydrogen applications Benjamin Delignon |
48 Small-angle scattering characterization of the microstructure of an additively manufactured 316L and its evolution during heat treatment Lorène Héraud |
11:35 am – 11:55 am |
111 Simulation-Driven Representation of the Additive Friction Stir Deposition Process: Development and Validation of a Multi-Layer Thermal Wlla Abbad |
96 Future of the nuclear industry: development and industrialization of a 316L PBF-LB application Théo Warembourg |
46 Microstructure and mechanical properties of a Co-free FeCrNiMn highentropy alloy produced by L-PBF Jules L’Hostis |
23 Heat Treatment Strategies for Optimizing the Mechanical Performance of a novel AlSi10Cu8Mg Alloy processed by PBF-LB Mohammadjavad Yadegari |
11:55 am – 12:15 pm |
71 Fatigue resistance of 316L stainless steel cylindrical structures repaired using Cold Spray technology Damien Artieres |
112 In situ inspection for additive manufacturing Bernard Revaz |
25 Effect of nano-oxide incorporation method on microstructure and mechanical properties of additive manufactured ODS Ni-based alloys Pierre-Louis Ardizzone |
93 In situ Alloying of Ti-22Zr-11Nb-2Sn via Laser Powder Bed Fusion: Mechanical Properties and Heat Treatment Effects Nolwenn Rincé |
12:15 pm – 1:35 pm |
Lunch |
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1:35 pm – 1:50 pm |
Best poster award ceremony |
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S01-3 Guests keynote |
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1:50 pm – 2:20 pm |
109 Multi-laser Directed Energy Deposition system with integrated formation control for microstructure optimization Nicolas Macallister |
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2:20 pm – 2:50 pm |
38 Metal AM as Production Technology – Concerns, Perspective and Parts Dagny Primdahl |
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2:50 pm – 3:05 pm |
21 AM-Standardization: Europe is shaping the future Alison ROSA |
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3:05 pm – 3:50 pm |
Coffee Break |
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S14-01- Industrial keynotes |
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3:50 pm – 4:10 pm |
106 Advancing Additive Manufacturing: DNV’s Updated Standards for Qualification and Digital Supply Chains Stian Gurrik |
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4:10 pm – 4:30 pm |
29 Quality Specification written by SNCF Voyageurs for different technologies of manufacturing Frédéric Desgaches |
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4:30 pm – 4:50 pm |
52 Qualification activities for the PBF-LB/M process at Naval Group Angoulême-Ruelle: upcoming serial production of parts Charlotte Metton Gwenaël Ménard |
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4:50 pm – 5:10 pm |
31 ARQANE project – Towards a global approach for Additive Manufacturing (L-PBF) machine/process qualification for the nuclear industry Guillaume Badinier |
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Panel discussion |
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5:10 pm – 5:50 pm |
AM industrialization & qualification |
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5:50 pm – 6:05 pm |
Closing Statement |