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1997
The Role of Two-Point Correlation Functions for Microstructure in Predictive Models of Polycrystalline Plasticity, David D. Sam; Workshop on the Mathematics and Physics of Heterogeneous Materials
1996
Shear Localization Studies in Aluminum Bicrystals: Misorientation and Grain Boundary Effects, David D. Sam; 1996 ASME Mechanics and Materials Conference: Symposium on Fracture and Interfaces
1995
Tensorial Representation of Two-point Correlation Functions for PolycrystallineMicrostructure by Harmonic Polynomials, P. I. Etingof, David D. Sam, and B. L. Adams; Philosophical Magazine A
Bounds to the Effective Yield Behavior of Materials with Random Microstructure, David D. Sam; TMS Fall Meeting (Materials Week 1995): Toward the Design of Optimal Microstructures for Engineering Structures (Symposium)
Effective Yield Behavior and Homogenization for Polycrystals, David D. Sam; Deformation and Fracture Mechanics Working Group Seminar
Grain Boundary Phenomena and Shear Localization in Aluminum Bicrystals: Correlation Between Predictive Models and Experiment, David D. Sam; TMS Fall Meeting (Materials Week 1995): Symposium on Forming of Sheet Materials
Multilength-Scale Modeling: Crystal-Plasticity Models in Implicit Finite Element Codes, David D. Sam
Orientation Imaging Microscopy: A New Tool for High Resolution Interrogation of Material Microstructure, David D. Sam; Imaging Sciences Workshop
1994
Coordinate Free Tensorial Representation of N-Point Correlation Functions forMicrostructure by Harmonic Polynomials, B. L. Adams, P. I. Etingof, and David D. Sam; Materials Science Forum
Theory of Grain Boundary Structure Effects on Mechanical Behavior, B. L. Adams, T. A. Mason, T. Olson, and David D. Sam; Materials Science Forum
Effective Yield Behavior for Mixtures of Elastic/Plastic Materials, David D. Sam; 1st International Conference on Composites Engineering
Yielding in Polycrystals: Improvements on Taylor’s Upper Bound Using Higher Order Statistics of the Microstructure and Comparison to Universal Upper and Lower Bounds, David D. Sam; Materials Science Seminar
1993
Coordinate Free Tensorial Representation of N-Point Correlation Functions for Microstructure by Harmonic Polynomials, David D. Sam; 10th International Conference on Texture of Materials (ICOTOM-10)
Yielding in Polycrystals: An Improvement on Taylor’s Upper Bound, David D. Sam; Materials Science and Engineering Thrust Area Lecture
Yielding in Polycrystals: Computation of a New Upper Bound Using Two-Point Statistics, David D. Sam; 4th International Symposium on Plasticity and its Current Applications
"Yielding in Polycrystals: Computation of a New Upper Bound Using Two-Point Statistics, David D. Sam, T. Olson, and B. L. Adams; Proceedings of the Fourth International Symposium on Plasticity and its Current Application
Coordinate Free Tensorial Representation of the Orientation Distribution Function withHarmonic Polynomials, David D. Sam, E. T. Onat, P. I. Etingof, and B. L. Adams; Textures and Microstructures
1992
Coordinate-Free Tensorial Representations of the Orientation Distribution Function, David D. Sam; Seminar Series on Groups, Representations and Invariants: Applications to Microstructure and Mechanical Behavior of Materials
1986
Orientation and Strain Dependence of Stored Energy of Cold Work in AxisymmetricCopper, David D. Sam and B. L. Adams; Metallurgical Transactions A
1985
Orientation and Strain Dependence of Stored Energy of Cold Work in Axisymmetric Copper, David D. Sam; TMS Fall Meeting (Materials Week 1985): Symposium on Deformation Behavior
1984
X-Ray Line Broadening Characterization of Strain Inhomogeneity in Textured Copper, David D. Sam; TMS Fall Meeting (Materials Week 1984): Symposium on Deformation
