Friction-Induced Recrystallization and Grain Growth in Single Crystal FCC Metals
Abstract not provided.
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Jump to search filtersSlip Planes in BCC Tantalum: Towards Resolving the Discrepancy Between Modeling and Experiments
Abstract not provided.
BCC Crystal Plasticity Model Incorporating Temperature Strain Rate and Non-Schmid Effect
Abstract not provided.
Slip Planes in BCC Tantalum: Towards Resolving the Discrepancy Between Modeling and Experiments
Abstract not provided.
Validating Crystal Plasticity Simulations of Surface Strains Crystal Rotations and Temperature / Strain-Rate Effects in FCC and BCC Metals
Abstract not provided.
Generalized Yield Criteria Incorporating non-Schmid Effect
Abstract not provided.
Grain growth in nanotwinned copper in a liquid helium environment
Abstract not provided.
Application of Generalized non-Schmid Yeild Law to Low Temperature Plasticity in BCC Transition Metals
Proposed for publication in Modeling and Simulation in Materials Science and Engineering (MSMSE).
Abstract not provided.
Physically-Based Single Crystal and Polycrystal Models for Low-Temperature Plasticity in BCC Metals
Abstract not provided.
A Physically-Based BCC Crystal Plasticity Model Incorporating Non-Schmid Yield Behavior
Abstract not provided.
Incorporating Data from Experiments and Atomistic Simulations into Crystal Plasticity Models for BCC Metals
Abstract not provided.
Progress Toward In-situ Cryoindentation TEM
Abstract not provided.
Task II Modeling: Crystal Plasticity Simulations
Abstract not provided.
Deformation of Ta: From slow to fast
Abstract not provided.
The hardness and strength of metal tribofilms: an apparent contradiction between nanoindentation and pillar compression
Abstract not provided.
Slip planes in BCC transition metals
International Materials Review
Abstract not provided.
An ICME approach to predict performance margins caused by microstructural variability
Abstract not provided.
The Effect of Grain Size on Void Deformation
Proposed for publication in International Journal of Plasticity.
Abstract not provided.
Incorporating atomistic data of lattice friction into BCC crystal plasticity models
International Journal of Plasticity
Despite the technological importance of body-centered cubic (BCC) metals, models of their plastic deformation are less common than those of face-centered cubic (FCC) metals, due in part to the complexity of slip in BCC crystals caused by the thermal activation of screw dislocation motion. This paper presents a physically based crystal plasticity model that incorporates atomistic models and experimental measurements of the thermally activated nature of screw dislocation motion. This model, therefore, reproduces the temperature, stress, and strain rate dependence of flow in BCC metals in a simple formulation that will allow for large, grain-scale simulations. Furthermore, the results illustrate the importance of correctly representing mechanistic transitions in materials with high lattice friction. © 2012 Elsevier Ltd. All rights reserved.
Predicting Performance Margins (PPM):Linking the microscale to the macroscale
Abstract not provided.
Multiscale modeling of low temperature deformation in BCC metals
JOM
Abstract not provided.
Properties Variation Stainless Steel Laser Welds
Abstract not provided.
A physically-based model for low-temperature plasticity in BCC metals
Abstract not provided.
The Role of Crystallography and Nanostructures on Friction in FCC Metals
Abstract not provided.
Sub-Micro-Pillar Compression and Nanoindentation of Nanocrystalline Nickel Tribofilms
Abstract not provided.
Results 101–125 of 173