Benchtop Experimental and Computational Design Tools for Continuous Drying Processes
Abstract not provided.
Publications
Search results
Jump to search filtersSlot-die-coating operability windows for precision thin films and particulate coatings
Abstract not provided.
Regression of Thermal, Thermodynamic, and Transport Properties for the Optimization of Multi-Component Polymer-Solvent Drying Processes
Abstract not provided.
Process Modeling and Simulation Tools for Roll-to-Roll Nanomanufacturing
Abstract not provided.
UNDERPINNING PHYSICS OF DEFECT FORMATION IN GRAVURE PRINTING AND DEFECT PREDICTION VIA MACHINE L EARNING
Abstract not provided.
High Speed Micron Scale Gravure Printing Nip Visualization
Abstract not provided.
Two-Layer Slot Die Coating and Drying Studies of PEM Fuel-Cell Applications
Abstract not provided.
Gravure Printing Defect Prediction via Machine Learning
Abstract not provided.
Multilayer Slide Coating Model for Manufacturing of PEMFC
Abstract not provided.
Goma History and Capabilities Seminar
Abstract not provided.
Investigating Porous Media for Relief Printing Using Micro-Architected Materials
Advanced Engineering Materials
Advances in printed electronics are predicated on the integration of sophisticated printing technologies with functional materials. Although scalable manufacturing methods, such as letterpress and flexographic printing, have significant history in graphic arts printing, functional applications require sophisticated control and understanding of nanoscale transfer of fluid inks. In this paper, a versatile platform is introduced to study and engineer printing forms, exploiting a microscale additive manufacturing process to design micro-architected materials with controllable porosity and deformation. Building on this technology, controlled ink transfer for submicron functional films is demonstrated. The design freedom and high-resolution 3D control afforded by this method provide a rich framework for studying mechanics of fluid transfer for advanced manufacturing processes.
Elastohydrodynamics of Roll-to-Roll UV-Cure Imprint Lithography
Industrial and Engineering Chemistry Research
The inextensible cylindrical shell theory and lubrication theory combine into a model for the elastohydrodynamics of a rolling-imprint modality of nanoimprint lithography (NIL). Foil-bearing theory describes the formation of the lubrication gap due to relative motion between a tensioned substrate and a rigid, cylindrical surface. Reproduction of the results of foil-bearing theory for both stiff and perfectly flexible substrates validates this coupled model and reveals a highly predictable region of uniformity that provides low shear stress conditions ideal for UV-cure. These results show theoretical limitations that are used to construct an operating window for predicting rolling-mode NIL process feasibility.
Materials & Multi-Scale Patterning Approaches to Inspire Printed Electronics Solutions
Abstract not provided.
Toward Scale-Up Wet Etch Process Modeling for Solar Cell Application
Abstract not provided.
Schunk Research Group Activities and the DOE R2R Consortium
Abstract not provided.
Printed Electronics Capabilities at Sandia National Laboratories and Opportunities for Partnering
Abstract not provided.
Advanced Manufacturing of Electronics for Autonomous Safety Devices at the AML
Abstract not provided.
Two-phase flow and structural deformation models for nanoimprint lithography
Abstract not provided.
Ink Characterization and Gravure/Flexographic Printing Quality Analysis
Abstract not provided.
Will Nanoscience and Nanomaterials ever Change the World?
Abstract not provided.
Effect of blade-tip shape on the doctoring step in gravure printing processes
Abstract not provided.
Overview of Printing Technologies and related materials science at the AML
Overview of Sandia P&G CRADA and Advanced Materials Laboratory
Abstract not provided.
Advanced Manufacturing ? A Transformative Enabling Capability for Fusion
Abstract not provided.
Challenges in gravure and ink-jet printing of nano-colloidal inks
Abstract not provided.
Results 1–25 of 100