manufacturing machines and equipment...
TRANSCRIPT
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Manufacturing Machines and Equipment (MME)
ZJ Pei, Ph.D.
Program Director
Manufacturing Machines and Equipment (MME) Program
Division of Civil, Mechanical and Manufacturing Innovation
Directorate for Engineering
National Science Foundation
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Science and Technology Priorities
for FY 2015 Budget
Advanced manufacturing
Clean energy
Global climate change
R&D for informed policy-making and management
Information Technology
R&D for National-Security Missions
Innovation in Biology and Neuroscience
Science, technology, engineering, and mathematics (STEM) education
Innovation and commercialization
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Advanced Manufacturing Cluster
MME - Manufacturing Machines and Equipment (ZJ Pei)
MEP - Materials Engineering and Processing (Larry Bank,
Alexis Lewis, Mary Toney)
NM - NanoManufacturing (Khershed Cooper)
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MME Program Synopsis
MME supports fundamental research that enables the development of new and/or improved manufacturing machines and equipment, and optimization of their use.
Proposals relating to a wide range of manufacturing operations are encouraged, including both subtractive and additive processes, forming, bonding/joining, and laser processing.
Of particular interest are proposals that relate to the manufacture of equipment and facilities that enable the production of energy products.
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Competitive Proposals Received by MME
Competitive projects will propose hypothesis-driven research that advances the frontiers of knowledge in relevant areas.
Proposals submitted to the MME program should include a clearly articulated research (not developmental) objective and a coherent plan to accomplish the stated objective.
Both experimental and theoretical work are supported.
All proposals must include a statement outlining the societal benefits of the proposed activities.
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AM/3DP 25%
Assembly 2%
Bio/medical 13%
Casting 1%
Energy manufacturing
6% Forming
5% Joining
5%
Laser processing
7%
Machine 4%
Machining 22%
Metrology 10%
MME Portfolio by Area (# of Awards)
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Recent Additive Manufacturing Awards in MME
1) 3D Near Field e-Writing with Submicron Resolution
2) 3D Printing of Hierarchical Fiber-Reinforced Soft-Composites
3) 3D Printing of Smart Structural Composites by Thermoelectric Extrusion with Molecular Precision
4) 3D-Printed Porous Structure and Polymer Infiltration for Fabrication of Functionally Gradient Material with Complex Shape
5) Additive Manufacturing of Metal Parts by Electrochemical Deposition
6) Additive Manufacturing of Near-net Shape and Fully Dense Shape Memory Alloys
7) Bioprinting of Bone Tissue into Defect Sites on Animal Models in Surgery Settings
8) CAREER: 3D Printing of Heart Muscle Using Soft Hydrogels
9) CAREER: An Integrated Research and Educational Program to Understand Nano Additive Manufacturing by Electrochemical Deposition
10) CAREER: Hybrid Approach to Direct-Write Based Micro and Nano Manufacturing
11) CAREER: Hybrid Bioprinting of Engineered Vascularized Endocrine Tissues
12) CAREER: Mask Video Projection Based Additive Manufacturing at the Micro-scale over Large Areas
13) CAREER: Multiobjective Learning Control Strategies for Additive Manufacturing
14) CAREER: Pushing the Boundaries: Advancing the Science of Micro-Additive Manufacturing
15) Collaborative Research: Battery Electrode Fabrication through Innovative Powder based Additive Manufacturing
16) Collaborative Research: Modeling and Characterization of Transition Joints Made by Friction Surfacing Based Additive Manufacturing (FSAM)
17) Combinatorial Additive Manufacturing Approach for Fabricating Nano/Micro 3D Structures
18) Digital Fabrication of High-Temperature Metals Using Selective Inhibition of Sintering
19) Drop-on-Demand Deposition of Complex Fluids for 3-D Manufacturing
20) Electric Field Guided Micro Additive Manufacturing Process
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21) Electrochemical Infiltration of Selective Laser Sintered Preforms
22) Freeform Fabrication of Multifunctional Nanocomposites via Selective Laser Sintering
23) GOALI/Collaborative Research: Additive manufacturing for a highly efficient artificial photosynthesis device with multi-layer interconnected channels and micro-porous structures
24) GOALI/Collaborative Research: Integrated Microstructure and Melt Pool Dimension Control for Electron Beam Additive Manufacturing
25) GOALI: Collaborative Research: Process Development across Alloy Systems for Powder Bed Additive Manufacturing
26) GOALI: Collaboration on Novel Materials and Methods for 3D Printing of Microscale Medical Devices
27) GOALI: Novel Piezoelectric Device Fabrication Using Digital Projection based Additive Manufacturing
28) GOALI: Online Defect Detection and Mitigation Method for Incipient Anomalies in Additive Manufacturing Processes
29) High Fidelity Additive Manufacturing at the Micro-scale
30) Hybrid Direct Manufacturing Production
31) In Situ Characterization of Effect of Rapid Thermal Cycling During Additive Manufacturing on Deformation-Induced Transformations and Micro-Mechanical Properties
32) Integrated Microstructure and Melt Pool Dimension Control for Electron Beam Additive Manufacturing
33) Integrating Inkjet Printing with Nanoporous Structures for High-throughput Manufacturing of 3D Heterogeneous Nanostructures
34) Investigation of Electrohydrodynamic 3D Printing for Super-Resolution Additive Manufacturing
35) Iterative Process Control for Laser Metal Deposition
36) Modeling and Characterization of Transition Joints Made by Friction Surfacing Based Additive Manufacturing (FSAM)
37) Multi-Material, Multi-Layer Devices Enabled by High Aspect Ratio Micro-Extrusion
38) Multiscale Structure-Mechanical Property Investigation of Additive Manufactured Components for Development of a Reliable Qualification Method
39) Realizing 3-D Printing and Patterning of Metals at Room Temperature
40) Sensing and Control of Photopolymerization-based Additive Manufacturing Processes
41) Shock Wave Induced Freeform Technique (SWIFT) for Manufacturing of Diamond Microtools
42) Thermomechanical and Powder Sintering Aspects in Electron Beam Additive Manufacturing - Applications to Overhang Support Designs
Recent Additive Manufacturing Awards in MME
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Number of Additive Manufacturing Proposals Submitted to MME
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MME Historical Proposal Data
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Other Proposals CAREER Proposals
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Number of MME Awards
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Average Size of MME Awards
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NSF Workshop on Frontiers of Additive Manufacturing Research and Education; Arlington, Virginia; 11-12 July 2013
• Co-funded by 14 NSF programs
• 177 registered participants
• 13 presentations (http://nsfam.mae.ufl.edu/Schedule.htm)
• Workshop report available at http://nsfam.mae.ufl.edu/2013NSFAMWorkshopReport.pdf
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NSF Workshop on Educational Needs and Opportunities in Additive Manufacturing; Arlington, Virginia; April 10-11, 2014
• Co-funded by 3 NSF programs
• 66 participants
• 17 presentations (http://www.enge.vt.edu/nsfamed/)
• Workshop report available at http://www.enge.vt.edu/nsfamed/NSF_AM_Ed_Workshop_Report.pdf
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NSF Workshop on Environmental Implications of Additive Manufacturing; Arlington, Virginia; October 14-15, 2014
• Co-funded by 2 NSF programs
• 96 participants
• 8 invited speakers (http://nsfamenv.wilsoncenter.org/speakers.html)
• Workshop report not available yet
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For Your Attention