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EDT TimeCET TimeSessionLastFirstEmailOrganizationCountryTitleAbstract
Local / Remote
Time zone
Unavalible
Topic
2
AM2F 2026 Schedule
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4
Presentation min
0:25:00
5
Mon 8/31
6
EDTCET
7
9:00 AM3:00 PMWelcomeSeltzmanAndrewseltzman@mit.eduWelcome
8
9:10 AM3:10 PMAM Electron BeamBuckleyJonathanjbuckley@jeol.comJEOL USAUSA
Process Development of Pure Tungsten Manufacturing using Electron Beam Powder Bed Fusion
https://drive.google.com/open?id=1rvynW0B6BCVIT6pOZ9oMPiIQaxDTWdaL
LocalAM-W, EB
9
9:35 AM3:35 PMNowakowskiOlgierdolgierd@sdu.dk
University of Southern Denmark
DenmarkElectron Beam Melting - Beyond the sales pitch
https://drive.google.com/open?id=1QS-N339aOv3kqB5CIlhhqvEl6jd473GX
RemoteGMT+2AM-EB
10
10:00 AM4:00 PMCoffee Break
11
10:45 AM4:45 PMMehalickOliviaosmehali@ncsu.edu
North Carolina State University
USA
Hybrid Additive and Subtractive Manufacturing of Flat and Domed Tungsten Tiles for DIII-D Tile Testing Campaign
https://drive.google.com/open?id=14IjlYZ2kXf8JJJeE2A865pYmbGcuGNv3
LocalAM-W, EB
12
11:10 AM5:10 PM
Balachandramurthi
Arun Ramanathan
arun.bala@freemelt.com
Freemelt ABSwedenFrom Powder to Plasma -Facing Components: Innovations in EB - PBF of Pure Tungsten
https://drive.google.com/file/d/1DCo5ZslD8CPlfl5l7Wuh66aOBnuTb0yS/view?usp=drive_link
LocalAM-W, EB
13
11:35 AM5:35 PMJainPeter
Peter.Jain@pro-beam.com
pro-beam GmbH
Germany / USA / China
Beyond CT: ELO® for Inspection and Qualification of Additively Manufactured Refractory Metal Components
https://drive.google.com/open?id=1Ig3KFAGqFZs44y0zAb8cl93PNvoQXh1t
LocalAM-W, EB
14
12:00 PM6:00 PMLunch (on your own)
15
12:25 PM6:25 PMLunch (on your own)
16
12:50 PM6:50 PMLunch (on your own)
17
1:30 PM7:30 PMAM RAFSChenLianyilianyi.chen@wisc.edu
University of Wisconsin-Madison
USAAdditive manufacturing of ODS steel for fusion energy applications
https://drive.google.com/open?id=102zf68JbX7sIiLSJe9VqhQpf2Q4Wq8B8
Local, Remote
Central time
9/2, 2-4 pm
AM-RAFS
18
1:55 PM7:55 PMRaevesBen
b.raeves@kyotofusioneering.com
Kyoto Fusioneering
United Kingdom
Development of Laser Powder Bed Fusion and Electron Beam Welding for the Manufacture and Joining of EUROFER97 Steel
https://drive.google.com/open?id=1Z2Fbp-mdIZWJ_GilUD7-rGEU473FT4Wu
LocalAM-RAFS
19
2:20 PM8:20 PM10min Break
20
2:30 PM8:30 PMShort Talks Monday
21
2:55 PM8:55 PMShort Talks Monday
22
3:20 PM9:20 PMShort Talks Monday
23
3:30 PM9:30 PMMonday Posters + Coffee Break
24
3:55 PM9:55 PM
25
5:00 PM11:00 PM
26
27
28
29
Tues 9/1
30
EDTCET
31
9:00 AM3:00 PMCoolingColassonStephane
stephane.colasson@cea.fr
Commissariat à l'Energie Atomique
FranceCuCrZr heatsing optimization for divertor cooling applied to LB-PBF process.
https://drive.google.com/open?id=1IkyZ1M0-5cqTOUtHH4db5epptVVfMIlq
RemoteFrance CEST
01/09 from 10-12 AM CEST, 02/09 from 1:30-4:00 PM CEST
Cooling channels
32
9:25 AM3:25 PMLeeGeunhyeongleeg@frib.msu.edu
Facility for Rare Isotope Beams / Michigan State University
USA
BiSTO: AI Topology Optimization of Internal Cooling Channels for the FRIB High-Power Beam Dump toward Additive Manufacturing
https://drive.google.com/open?id=1v-Xnt2UyPtO_EX90Dh4JCZnbG1EdndWr
LocalCooling channels
33
9:50 AM3:50 PMBoykinJoshua
jboykin@remchem.com
REM Surface Engineering
USA
Chemically Enabled Depowdering and Internal Surface Finishing for Advanced Additive Manufacturing Designs
https://drive.google.com/open?id=1q5qJnPJHNtEBCkd-keWRrt1V3Ys1qryC
LocalPost-Processing - channels
34
10:15 AM4:15 PMCoffee Break
35
10:50 AM4:50 PMFGM and InterfacesCortisDaniele
daniele.cortis@lngs.infn.it
National Institute for Nuclear Physics (INFN), Gran Sasso National Laboratory (LNGS)
Italy
Bilinear hardening law calibration for the prediction of the flexural behavior of a GRCop42-W junction produced by PBF-LB for particle accelerator targets
https://drive.google.com/open?id=1XG098tZDD_sZsqXxVYREOIW2FItPDHoV
RemoteGMT +1
Prefer morning slot
AM-FGM,W,LPBF
36
11:15 AM5:15 PMWilkinsonDaniel
daniel.wilkinson@materials.ox.ac.uk
University of Oxford and Dr. Fritsch Group
GermanyManufacturing Plasma Facing Components through FAST-Diffusion Bonding
https://drive.google.com/open?id=17zQE00iT-7h7A1TTOhxS90U-DHe3qeQ3
RemoteCETAM-W,FGM, RAFS
37
11:40 AM5:40 PMSchmidAndrinschmand@mit.eduMITUSA
Integration of Inkjet Printing with Laser Powder Bed Fusion for High-Resolution Three-Dimensional Composition Grading in Additive Manufacturing
https://drive.google.com/open?id=1aWtGnOtnz-DMCOCrWxsF_bDn-hUunHr-
Local31. August
AM-FGM
38
12:05 PM6:05 PMLandryMichaelmjlandry@mit.eduMITUSAQuantum Theory of Functionally Graded Materials
https://drive.google.com/open?id=1G1S16esNinNSH2q7kY970-RPL5Ey72yx
Local
AM-FGM
39
12:30 PM6:30 PMLunch (on your own)
40
1:00 PM7:00 PMLunch (on your own)
41
1:30 PM7:30 PMLunch (on your own)
42
2:00 PM8:00 PMAM TungstenLiMingshen
limingshen1122@foxmail.com
Tsinghua UniversityChina
Grain boundary topology engineering enables crack-free additive manufacturing of tungsten: Crack suppression and substructure evolution
https://drive.google.com/open?id=1riRQacjzmZC_r-8yRqSRMCRKuBHxSQm-
LocalAM-W
43
2:25 PM8:25 PM
Niu (presenting: Li)
Yiming (presenting: Mingshen)
niuyimingnym@163.com
Tsinghua UniversityChina
Compositional modulation enables crack suppression through grain refinement in binary tungsten alloy fabricated by laser powder bed fusion
https://drive.google.com/open?id=1LnlL7IpR2IdUmumcf94QnXrr8o6R33j3
LocalBeijing Time (UTC+8)AM-W
44
2:50 PM8:50 PMKentaKawashimokentak2@illinois.edu
University of Illinois Urbana-Champaign
USA
Mass and Morphology Changes of Porous Laser Power Bed Fusion Tungsten Samples Exposed to HIDRA Hydrogen and Helium Plasmas without and with Lithium
https://drive.google.com/open?id=1raDebUAP_kHPy-QkZN9Ta7PKa388yIRX
LocalAM-W, LPBF
45
3:15 PM9:15 PMCoffee Break
46
3:50 PM9:50 PMShort Talks Tuesday
47
4:15 PM10:15 PMShort Talks Tuesday
48
4:50 PM10:50 PMShort Talks Tuesday
49
50
6:30 PM12:30 AMGroup Dinner at Legal Seafoods 6:30-9:30
51
52
53
54
Wed 9/2
55
EDTCET
56
9:00 AM3:00 PMMaterials DevelopmentMelnykChristopher
c.melnyk@calnanocorp.com
California Nanotechnologies Inc
USA
Rapid Development and Densification of Refractory Carbides for Fusion Environments via Spark Plasma Sintering
https://drive.google.com/open?id=19TQq07klu2pwCV-tfFlx7QKH4lArT_uD
LocalMaterials development
57
9:25 AM3:25 PMRasmussenDerek
derek@powdermetaltech.com
Powder Metal Technologies, LLC
USAUHTC for Nuclear Fusion Applications
https://drive.google.com/open?id=1LCgfvg6NREHpX0v040OjjIlbaURSFn-G
LocalMaterials development
58
9:50 AM3:50 PMRadenGustinvilrgustinvil@gmail.com
Savannah River National Laboratory
USALaser Powder Bed Fusion of Palladium-Silver Alloy for Separation Applications
https://drive.google.com/open?id=17MzQAGQ_NC92FEzbH3y3maCEDfqGLuWH
RemoteMaterials development
59
10:15 AM4:15 PMSeltzmanAndrewseltzman@mit.eduMITUSADevelopment of High-Strength High-Conductivity Copper AlloysLocalMaterials development
60
10:40 AM4:40 PMCoffee Break
61
11:10 AM5:10 PMComponentsBardelDidier
didier.bardel@framatome.com
FramatomeFrance
Additive and Advanced Manufacturing of Nuclear Materials for Qualified Components in Extreme Environments: from fission experience to fusion applications ?
https://drive.google.com/open?id=1SGagVmyQWZTrFcM1XC3n0vBJUNkspa5R
LocalAM components
62
11:35 AM5:35 PMLevesqueJeffrey
JPL2131@columbia.edu
Columbia UniversityUSA
Usage of additive manufacturing for building 3D magnetic coils at Columbia: HBT-EP and CSX
https://drive.google.com/file/d/1_rnDek7diX1KABMGfdAf-0yikQeGWHz2/view?usp=drive_link
LocalAM-Stellarator
63
12:00 PM6:00 PMClosingSeltzmanAndrewseltzman@mit.edu
64
65
66
67
68
69
Short Talk Sessions (5min + ~5min questions/discussion)
70
Monday 8/31Short Talks
71
1A 5min short talkBaruaRadhikarbarua@vcu.eduVCUUSAMicrostructural Design of ITER-Grade 316L(N)-IG for Stable Low Magnetic Permeability under High-Field and Thermal ExposureRemoteESTMaterials development
72
2A 5min short talk
Araujo-Martinez
Aurora
araujo@radiabeam.com
RadiaBeamUSAEvaluation of Plasma Electrolytic Polishing as a Post-Processing Technique for Additively Manufactured GRCop RF ComponentsLocalPost-Processing
73
3A 5min short talkLawsonZachary
zacharylawson@faradaytechnology.com
Faraday Technology Inc
USAElectrochemical Processing in the RF and Fusion IndustriesLocalPost-Processing
74
4A 5min short talkSeltzmanAndrewseltzman@mit.eduMITUSAAdditive Manufacturing of RF MetamaterialsLocalNon-metalic AM
75
5A 5min short talkWainwrightLoulouw@psfc.mit.eduMITUSACommissioning of the LMNT Cyclotron FacilityLocalMaterials testing
76
6Reserved
77
78
Short Talk Sessions (5min + ~5min questions/discussion)
79
Tuesday 9/1Short Talks
80
1Group Photo
81
2A 5min short talkWilkinsonDaniel
daniel.wilkinson@materials.ox.ac.uk
University of Oxford and Dr. Fritsch Group
GermanyManufacturing Plasma Facing Components through FAST-Diffusion BondingRemoteCET
82
3A 5min short talkKentaKawashimokentak2@illinois.edu
University of Illinois Urbana-Champaign
USAOverview of Research on Laser Powder Bed Fusion Tungsten as Solid Substrates for Liquid Lithium Plasma-Facing ComponentsLocalAM-W
83
4A 5min short talkChenLianyilianyi.chen@wisc.edu
University of Wisconsin-Madison
USAAdditive manufacturing of tungsten with tailored grain structure for plasma facing tile
Local, Remote
CST
Sept 2, 2-4 pm
AM-W
84
5A 5min short talk
Balasubramanian
Ganesh
bganesh@newhaven.edu
University of New Haven
USDesigning an Intermediary W–Fe–Cr Alloy for Thermal and Structural Compatibility between W and RAFM SteelLocalAM-W,FGM, RAFS
85
6A 5min short talkJainPeter
Peter.Jain@pro-beam.com
pro-beam GmbH
Germany / USA / China
Rethinking refractory AM: Printing Tungsten with Wire Electron Beam Additive ManufacturingLocalAM-W
86
87
88
Poster Sessions w/ refreshments (1.5h)
89
Monday 8/31
90
1PosterBuckleyJonathanjbuckley@jeol.comJEOL USAUSA
Process Development of Pure Tungsten Manufacturing using Electron Beam Powder Bed Fusion
https://drive.google.com/open?id=1rvynW0B6BCVIT6pOZ9oMPiIQaxDTWdaL
LocalAM-W
91
2PosterWendlingerRaffael
raffael.wendlinger@tuwien.ac.at
harrer.techAustria
Laser-Origami and Metal Additive Manufacturing of Non-Axisymmetric UHV Vessels for Stellarators
https://drive.google.com/open?id=1OcfZ4_T4eIdtFcC8Cq4QxPW4EKDg6Qy9
LocalAM-Stellarator
92
3PosterHarrerGeorg
georg.harrer@hamptonu.edu
Hampton UniversityUSA
Wire Encapsulating Additive Manufacturing (WEAM) and Thermoforming of Non-Planar Stellarator Coils
https://drive.google.com/open?id=1GCeTJuNPz5teusDq7UKm74S5mNurLU4w
LocalAM-Stellarator
93
4Poster
Araujo-Martinez
Aurora
araujo@radiabeam.com
RadiaBeamUSA
Evaluation of Plasma Electrolytic Polishing as a Post-Processing Technique for Additively Manufactured GRCop RF Components
https://drive.google.com/open?id=12ukfjl7xEiDExs-_KFTjEXHE7x89C7iH
LocalPost-Processing
94
5PosterRidzonJamesridzon@psfc.mit.edu
MIT Plasma Science and Fusion Center
USAImproving Cold Spray Interface Roughness by Substrate AnodizingLocalAM cold spray
95
6PosterLawsonZachary
zacharylawson@faradaytechnology.com
Faraday Technology Inc
USA
Fabrication of High-Performance Electronic Structures with Additive Manufacturing and Electrochemical Processing
https://drive.google.com/open?id=1mrYQJPUm4ET0YFwm2HlzFXcKRV42aKxO
LocalAM electrochemical processing
96
7Poster
Eufracio Rojas
Nina Padme
ninapadme84@gmail.com
Industrial Technical Training Center (CETI)
México
Extremophile-Inspired Functionally Graded Obsidian-Derived Glass-Ceramic Coatings for Autonomous Microcrack Sealing and Irreversible Thermal-Damage Mapping under High-Heat-Flux Conditions
https://drive.google.com/open?id=1e69b38dvvrTGXDuMP9uqKzQjPeKoj7UO
Local, Remote
CSTCeramic coatings for high-heat-flux
97
98
99
100