Technical Program - Wednesday, August 31

Effect of Building Orientation and Specimen Position on the Properties Ti-6Al-4V Alloys Manufactured via L-PBF
Paul Davies, Sandvik Additive Manufacturing
Great Britain

Influence of Pulsed Wave Laser Emission on the Surface Morphology of Parts Made of Alloy Ti-6AL-V4 Processed By Laser Powder Bed Fusion
T. Laag, Fraunhofer ILT - Institute for Laser Technology
Germany

Improving Densities of Titanium Alloys Using Constrained Hydrogenation Assisted Densification (CHAD) Method
C. Zhou, Central South University
China

Fatigue Resistance of Laser Powder Bed Fused Ti64 Components with Intentionally-Seeded Porosity
E. Moquin, École de technologie supérieure
Canada

Part Specific Testing of Aircraft Primary Structure Additively Manufactured by Electron Beam Powder Bed Fusion Technology
S.E. Atabay, National Research Council
Canada

Investigation of the Influence of Powder Oxygen Homogeneity on the Processability and Properties of the L-PBF Processed Ti-6Al-4V
M. Habibnejad-Korayem, AP&C, A GE Additive Company
Canada

Advances in Powder Production Technology Enable the Use and Progress of Additive Manufacturing Methods like Selective Laser Melting
L.P. Motibane, Council for Scientific and Industrial Research
South Africa

Production Routes for Specialized, Spherical, Biocompatible Ti-Based Powders
K. Ratschbacher, GfE Metalle und Materialien GmbH
Germany

Cold Spray Additive Manufacturing: Commercially Pure Titanium Breakthroughs
Alex Finch, Titomic
USA

Closing Remarks
L.P. Lefebvre, M. Brochu, V. Brailovski
Canada