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Meeting MS&T24: Materials Science & Technology
Symposium Additive Manufacturing of Ceramic-based Materials: Process Development, Materials, Process Optimization and Applications
Presentation Title Dispersion of PMN-PZT for Direct Ink Writing
Author(s) Chloe Fellabaum, Christopher Eadie, Beecher Watson, Jennifer Gray, Mark Fanton, Richard Meyer
On-Site Speaker (Planned) Chloe Fellabaum
Abstract Scope The Direct Ink Writing (DIW), or robocasting, of ceramics has been a point of focus to aid in the formation of complex geometries in the green state with high relative densities. The development of a paste as feedstock for DIW is highly dependent on maintaining the dispersed state of the ceramic particles throughout the printing process to ensure success in the print and post-processing. DIW paste must be a stable, well-dispersed shear thinning paste with a rapid recovery time for successful printing. In this presentation, multiple experiments were identified and used to develop an aqueous DIW feedstock paste for PMN-PZT ceramic powder as a function of dispersant content and pH while considering the solubility of the ceramic. Rheological measurements were conducted to ensure the developed paste had the desired rheological characteristics for DIW.


Dense Complex Shape Ceramic Components Fabricated By Digital Light Printing (DLP) and Liquid Silicon Infiltration (LSI)
Densification and Microstructure Evolution of Alumina Structures via Direct Ink Writing
Density Improvement of Binder Jet Printed MnZn Ferrite Cores via Pre-and Post- Sintering Improvement Strategies
Direct Ink Writing of SiOC Structure from Preceramic Polymer containing Inactive Fillers
Dispersion of PMN-PZT for Direct Ink Writing
Fused Filament Fabrication of Ceramic Matrix Composite Preforms Via Thermo-Oxidative Stabilization of Polyetheretherketone
Influence of Printing Parameters on the Stability and Quality of 3D Printed Geopolymers from Copper Mine Tailings
Interface Stability of Iron-Carbide Materials Fabricated via Laser-Direct Energy Deposition
Irradiative Ceramization of Chemically Bound Phosphate Ceramics (CBPCs) to Enable Direct Additive Manufacturing of Ceramic Composites
Laser-Directed Energy Deposition Additive Manufacturing of Lunar Highlands Simulant (LHS-1) Lunar Regolith Simulant for In Situ Resource Utilization
Multi Ceramic Additive Manufacturing Based on Novel Digital Light Processing Technology
Optimizing SiC Slurries for Robocasting High-Performance SiC.
Rapid Volumetric Microwave Curing of Silicon Nitride Ceramic Binder Mixtures
Stabilization of Alumina Dispersed Slurry by Controlling pH
Towards Direct Additive Manufacturing of Bulk Ceramics Using Selective Laser Flash Sintering
Use of 2D Ti3C2 MXene as an Additive in SiC and Their High-Temperature Phase Behavior
Using Laser Ultrasonics to Correlate Young’s Modulus to Particle Neck Size in Early-Stage Sintering

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