Saturday March 2, 2024 12:30-5:15 pm and Sunday March 3, 2024 8 am - 5 pm
Location to be announced, Minneapolis, Minnesota.
Only in-person registration will be offered this year with no virtual option.
Organizers
Jonathan Seppala (NIST)
Peter Olmsted (Georgetown University)
Emily Davidson (Princeton University)
Leanne Friedrich (NIST)
Sponsors
We thank our generous sponsors:
Princeton Materials Institute
Center for Sustainable Macromolecular Materials and Manufacturing at Arizona State University
Institute for Soft Matter Synthesis and Metrology at Georgetown University
Lawrence Livermore National Laboratory
National Science Foundation
Material Measurement Laboratory, National Institute of Standards and Technology
2024 DPOLY Short Course on Additive Manufacturing: Early Career Travel Scholarship Nomination:
Complete the nomination form: https://forms.gle/vYCHvvhA6oHe2wp76 to apply for travel and registration support for the 2024 DPOLY Short Course on Additive Manufacturing by February 3, 2024. We anticipate being able to provide support towards travel and registration for up to 25 early career short course attendees.
The nomination includes: (1) A letter of nomination (2 page maximum), (2) Nominee CV, (3) Short paragraph on how participation in the short course will enable the nominee's research and/or future career.
Eligibility: Applicants must be a member of the DPOLY division (click "Join DPOLY" on https://engage.aps.org/dpoly/home). We especially encourage nominations of individuals from underrepresented groups. Early career researchers must be undergraduate or graduate students, or within 10 years of receiving a PhD.
You should receive a confirmation email after completing the form. Submitting required files will require a sign-in to Google. If needed, please email Emily Davidson directly edavidson@princeton.edu.
Course Details
Overview
The 2024 APS DPOLY Short Course on the Polymer Physics of Additive Manufacturing (AM) aims to serve as a polymer/soft matter physics-oriented introduction to core and emerging additive manufacturing techniques and industries. The course will connect the physics of polymeric materials and non-equilibrium processing to the properties of manufactured parts. Talks will cover experimental, computational, and theoretical approaches to the AM of polymers. Specific AM techniques will include thermoplastic extrusion, photopolymerization (including both layer-by-layer and volumetric approaches), direct ink writing, powder bed fusion, and bioprinting. Speakers will be drawn from academia, national laboratories, and industry.
Schedule
Saturday, March 2, 2024:
12:30 PM |
Welcome to the Short Course (Organizers)
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Module 1: Stereolithography (SLA) and Digital Light Processing (DLP) |
12:45 PM |
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1:20 PM |
Q&A
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1:30 PM |
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2:05 PM |
Q&A
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2:15 PM |
Break |
Module 2: Volumetric 3D Printing |
2:30 PM |
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3:05 PM |
Q&A
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3:15 PM |
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3:50 PM
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Sunday, March 3, 2024:
8:00 AM |
Breakfast |
Module 3: Direct Write Printing
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9:00 AM
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9:35 AM
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Q&A
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9:45 AM
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10:20 AM
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Q&A
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10:30 AM
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Break |
Industry II:
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10:45 AM
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11:20 AM
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Q&A
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11:30 AM
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Wei Zhu (Cellink) wei.zhu@cellink.com
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12:05 PM
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Q&A
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12:15 PM
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Lunch
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Module 4: Bioprinting/Embedded Direct Write Printing |
1:30 PM
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2:05 PM
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Q&A
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2:15 PM
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2:50 PM
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Q&A
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3:00 PM
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Break
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Module 5: Thermoplastic Extrusion
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Q&A
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Q&A
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Closing Comments
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