Numerical study of an elastoviscoplastic mold filling experiment.
Abstract not provided.
McConnell, Joshua Timothy↗
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LIQUID METAL EMBRITTLELENT OF A Li-FILLED FERRITIC TARGET - IMPLICATIONS FOR FUSION COMPONENTS.
Abstract not provided.
Nygren, Richard E.↗
Computational models and experimental studies of mold filling in thin channels with yield stress fluids.
Abstract not provided.
Rao, Rekha R.↗
Lost Circulation in a Hydrothermally Cemented Basin-Fill Reservoir: Don A. Campbell Geothermal Field, Nevada.
Abstract not provided.
Winn, Carmen↗
Development of Long Fiber Filled Materials for Fused Filament Fabrication (FFF) (Phase 2)
ORNL worked with 3D Platform to develop new hardware and systems for their largest product, a medium format pellet system known as the WorkCenter 500. 3D Platform provided an Alpha version of the system for ORNL to begin development and systems integration. ORNL focused efforts on integrating a new dryer, safety enclosure, extruder, and build table for improved operation of the system.
36 MATERIALS SCIENCE↗
Computational models and experimental studies of mold filling in thin channels with yield stress fluids.
Abstract not provided.
Grillet, Anne↗
Simulating the biophysical world, filling the gap between the micro and macro reality [Slides]
Abstract not provided.
59 BASIC BIOLOGICAL SCIENCES↗
Two- and three-dimensional simulations of an elastoviscoplastic material in a thin mold-filling geometry.
Abstract not provided.
McConnell, Joshua↗
Computational models and experimental studies of mold filling in thin channels with yield stress fluids [Slides]
We propose developing numerical methods informed by novel experimental diagnostics that transition from solid-to-fluid, while accurately predicting the stress and deformation regardless of phase.
36 MATERIALS SCIENCE↗
Rheological Behavior & Process Monitoring of Highly Filled Direct-Ink Write Pastes.
Abstract not provided.
Kopatz, Jessica↗
Numerical simulation and experiments of yield stress fluids filling a thin mold.
Abstract not provided.
McConnell, Joshua↗
Strain engineering of diamond microstructures by trench filling and oxidation.
Abstract not provided.
Sapkota, Keshab↗
Plug the energy leak and bottle a star! Fill tube effects in inertial confinement fusion [Slides]
Abstract not provided.
70 PLASMA PHYSICS AND FUSION TECHNOLOGY↗
Mesomechanics of Highly Filled Particle Reinforced Composites
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Long, Kevin Nicholas↗
Accurate Rheological Characterization Of Highly-Filled Direct-Ink Write Pastes
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Kopatz, Jessica Whitney↗
Mesomechanics of Highly Filled, Polymer-Bonded Granular Composites
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Clemmer, Joel Thomas↗
Simulating Output Currents in Gas-Filled Cylindrical Photoemission Driven Cavities
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Shastri, Ravi↗