Symposium Sessions |
| Tuesday May 15 |
1:30 | 3D Printing Metals |
| Wednesday May 16 |
8:30 | 3D Printing |
10:30 | 3D Printing Materials Innovation |
1:30 | Innovations in Additive Manufacturing |
3:30 | 3D Printing: Posters |
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Symposium Program |
| Tuesday May 15 |
|
1:30 | 3D Printing Metals | 251 B |
| Session chair: Slade H Gardner, Big Metal Additive, Inc., US |
1:30 | Towards 3D Printing of Any Alloy Z. Eckel, HRL Laboratories, US |
1:50 | Non-beam based metal additive manufacturing: additive friction stir deposition H. Yu, Virginia Tech, US |
2:10 | Magnetohydrodynamic Drop-on-Demand Droplet Formation and Coalescence V. Sukhotskiy, I.H. Karampelas, P. Vishnoi, S. Vader, Z. Vader, V. Amiri Roodan, A. Verma, G. Garg, and E.P. Furlani, University at Buffalo, US |
2:30 | High power electron gun for metal additive manufacturing based on superconducting technology J. Thangaraj, Fermi National Accelerator Laboratory, US |
| Wednesday May 16 |
|
8:30 | 3D Printing | 251 B |
| Session chair: Slade H Gardner, Big Metal Additive, Inc., US |
8:30 | 3D Printing of Multi-Functional Structures (invited presentation) E. MacDonald, Youngstown State University, US |
8:55 | Machine Learning Approaches to Additive Manufacturing (invited presentation) A.P. Stebner, Colorado School of Mines, US |
9:20 | Optimized internal geometries for lightweighting and multifunctionality in additive manufacturing – an ideal processing target J. Berger, Nama Development LLC, US |
9:40 | Solving Dimensional Tolerance, Surface Finish and Industrial Production Issues for Large Scale Metal Additive Manufacturing (invited presentation) S.H. Gardner, Big Metal Additive, US |
|
10:30 | 3D Printing Materials Innovation | 251 B |
| Session chair: Slade H Gardner, Big Metal Additive, Inc., US |
10:30 | From Prototyping to Production: Rethinking Materials for Additive Manufacturing (invited presentation) J. Rolland, Carbon, Inc, US |
10:50 | The impact of the “4d-Rheoprinting” additive manufacturing technique on molecular orientation and thermal properties of polymeric parts A. Duhduh, J.P. Coulter, Lehigh University, US |
11:10 | Mechanical reliability of fused deposition modeled polymers and composites O. Keles, E.H. Anderson, San Jose State University, US |
11:30 | 3D-printed Optical Devices with Refractive Index Control for Microwave Applications D. Isakov, Y. Wu, B. Allen, C.J. Stevens, P.S. Grant, University of Warwick, UK |
|
1:30 | Innovations in Additive Manufacturing | 251 B |
| Session chair: Slade H Gardner, Big Metal Additive, Inc., US |
1:30 | Predicting Fiber Orientation and Elastic Properties in Short Fiber Polymer Composite Deposition for Large Scale Additive Manufacturing Processes (invited presentation) B. Heller, Z. Wang, T. Russell, D.E. Smith, D.A. Jack, Baylor University, US |
1:55 | 3D Print Part Performance Qualification and Effect of Defects F. Abdi, AlphaSTAR Corporation, US |
2:15 | High Degree-of-Freedom Deposition in Material Extrusion (invited presentation) J.R. Kubalak, C.B. Williams, Virginia Tech, US |
2:40 | Anisotropic tensile properties of NiTi fabricated with selective laser melting S.E. Saghaian, N.Sh. Moghaddam, A. Amerinatanzi, H. Ibrahim, P. Li, G.P. Toker, M. Elahinia, H.E. Karaca, University of Kentucky, US |
3:00 | Numerical Simulation of Extrusion Additive Manufacturing: Fused Deposition Modeling A. Verma, V. Sukhotskiy, P. Vishnoi V. Amiri Roodan, and E.P. Furlani, University at Buffalo, US |
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3:30 | 3D Printing: Posters | 2nd Floor |
| Tolerances Consideration in 3D Printing J. Williams, A. Wade, Frostburg State University, US |
| Mechanical Properties of 3D Printed PLA Specimens with Various Infill Shapes and Volumes B. Subeshan, M.M. Rahman, E. Asmatulu, K. Arifa, Wichita State University, US |
| Development and property modification of composite metal for Material extrusion printed circuit H.W. Dang, B.J. Koo, C.W. Lee, Y.S. Yang, Electronics and Telecommunications Research Institute, KR |
| RF passive structures via low temperature direct ink writing of annealing-free composite alloy B. Koo, H.W. Dang, Y.S. Yang, ETRI, KR |
| Development of high temperature low cost composite tooling molds via 3D printing P. Cortes, M. Maravola, Youngstown State University, US |
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We encourage submissions to this symposium from forward-thinking leaders in the 3D printing field interested in sharing their innovations with the attending technical and corporate communities.