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Meeting MS&T24: Materials Science & Technology
Symposium Manufacturing and Processing of Advanced Ceramic Materials
Sponsorship ACerS Manufacturing Division
Organizer(s) Bai Cui, University of Nebraska Lincoln
James Hemrick, Oak Ridge National Laboratory
Eric J. Faierson, Iowa State University
Keith J. DeCarlo, Blasch Precision Ceramics
Scope Processing and manufacturing routes control the microstructure and properties of advanced structural and functional ceramic materials. Almost all stages during the manufacturing of ceramics have some effects on the mechanical, electrical, and optical properties of ceramic products. Some of the manufacturing variables may include the purity and particle size of the starting powders, mixing and milling of powders, and the consolidation process, which may influence the microstructural formation, such as the phase transformation, grain growth, porosity, defects, and residual stress in ceramics.


The purpose of this symposium is to provide an international forum to foster the discussion of the recent advances in manufacturing and processing of advanced ceramics. This symposium seeks technical presentations related to experimental and modeling studies of various processes related to the synthesis, sintering, casting, additive manufacturing, machining, welding, and surface engineering of ceramic materials.

The symposium will encompass, but not limited to, the following themes:
• Synthesis of ceramic powders, such as sol-gel, molten salt, hydrothermal synthesis;
• Preparation of ceramic powders, such as mixing, milling, and consolidation;
• Sintering of ceramics, including spark plasma sintering, microwave sintering, flash sintering, cold sintering, laser sintering, etc.;
• Welding and joining methods for ceramics;
• Machining of ceramics, such as laser drilling and cutting, etc.;
• Surface engineering of ceramics, including coating, shot peening, laser peening, etc.;
• Multiscale models and/or in-situ experimental methods to understand the processing mechanisms in ceramics;
• Emerging technologies for additive manufacturing of ceramics, such as selective laser melting/sintering, powder bed fusion, binder jetting, and digital light processing.

Abstracts Due 05/15/2024
PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE

A Critique of Additive Manufacturing of Ceramics
A novel evaluation method for the processability of slurry-based prepregs
A Strategic Roadmap for Energy-Relevant Harsh Environment Material Research and Development Investments
Accelerating experimental determination of multicomponent transition metal carbide phase diagrams using uncertainty quantification
Advanced Fuels by Field Assisted Sintering Technology – Fuel Properties and Accident Tolerance
Basic Materials Research Opportunities from the Army Research Laboratory
Bayesian Methods in Computational Thermodynamics with Applications in High-Temperature Ceramics
Controlling Abnormal Grain Growth in Ceramics
Correlation of Pore Size Distribution with Particle Size and Processing
Design and Manufacturing High-Entropy Li-Garnet Ceramic Electrolyte for Batteries
Design and Manufacturing of Sustainable Materials
Effect of Rapid Sintering Techniques on Defect Formation and Electrochemical Characteristics of Solid-Oxide Electrolysis Cell (SOEC) Materials
Effect of Suspension Solid Concentration on Physical Properties of Diverse Different Geometry UHTCs
Electric Field Assisted Sintering of Advanced Materials at Industrially Relevant Length Scales
Electrification of Ceramics Manufacturing
Enhanced Thermal Conductivity Using Segregated Thermal Pathway in Magnesia Composites
Fabrication and characterization of Cs2HfCl6 ceramics
Fabrication of Continuous Polycrystalline Silicon Nitride (Si3N4) Fibers via Powder Processing Route
Flash joining of metal-ceramic multi-layered sandwich structure
From Spark Plasma Sintering to Ultra-Fast Consolidation of Carbides
From Understanding Flash Sintering Mechanisms to Realizing Ultrafast Sintering without Electric Fields and Controlling Microstructures with Electric Fields
Functional ceramic coatings for filtration technologies
Grain Size Refinement of Additive Manufactured Ce-TZP Ceramics by Coupled Two-Step Pre-Sintering and HIP
Inter-Lanthanide Ternary Oxide ABO3 Synthesis by Polymeric Steric Entrapment
Lithium Storage Performance of Anti-Site Defects Influenced Nanostructured LiFePO4 for High-Power Applications
Low energy sintering processing routes for ceramic materials
Measurement of Glaze Thermal Expansion via Crazing
Microstructure Classification and the Microstructure State Space
Microstructure Development of Novel Composite Heating Elements for Steel Decarbonization
Mullite Formation in Porcelain – A Problem with Rietveld Analysis
Near-Room-Temperature Fabrication for Oxides by Acid-Base Chemical Densification and High-Throughput Powder Experiment Using Various Automated Tools
Novel Cermet Waste Forms for Nuclear Applications
Pitch-Perfect Nanoceramics: Swinging for the Fences in Processing and Manufacturing for Energy and Environmental Nexus
Probabilistic Physics-integrated Neural Differentiable Modeling for Isothermal Chemical Vapor Infiltration Process
Rheological Factors and Compact Microstructures of Pressure Cast Technical Ceramics
Rheology of Colloids in Non-aqueous Suspensions and Determination of the Stability Mechanism
Sequential Design of Experiments for Opacified Fibrous Insulation in Hypersonic Applications
Sintering Behavior of Non-Shrinkage and Low Pyroplastic Deformation Porous Ceramics
Spark Plasma Sintering (SPS) of polymer derived silicon oxycarbide (SiOC)
The Effect of Particle Size on Sintering Characteristics of Non-Pyroplastic Deformation Porcelain
Transparent Hydroxyapatite Densified by Cold Sintering Process Combined with Biomineralization
Ultra-Fast CO2 Laser Sintering of Iron-Alumina Metal-CeramicMmaterials
Ultra-fast Laser Sintering of Ceramics and Machine-learning-Based Prediction on Processing-Microstructure-Property Relationships
Uncertainty Analysis in CALPHAD-Informed ICME Frameworks
Understanding Influence of Porosity and Impurities on Thermal Conductivity of ZrB2-based Ultra-High Temperature Ceramics Through Thermodynamic Modeling


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