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2007 Annual ASM/TMS Symposium

Computational Materials Design


GE Global Research Center, Niskayuna, NY, August 20th and 21st, 2007

Book of Abstracts (250 kb)

Session I - Fundamentals of Computational Materials Design

Multiscale Investigation of the Mechanisms Controlling Irradiation Effects in Materials & the Promise of Irradiation Resistance (5.6 mb); Movie 1 (16 mb) ; Movie 2 (4.3 mb)
Brian Wirth (University of California, Berkeley)
Dislocation Dynamics Simulations of Strength and Strain Hardening (2.8 mb)
Tom Arsenlis (Lawrence Livermore National Laboratory)
Influence of Microstructure on Strain Localization with a Fourier Transform Viscoplastic Model (26.3 mb)
Anthony Rollett (Carnegie Mellon University)
Multiscale Design Multiscale Design System (16.5 mb)
Jacob Fish (Rensselaer Polytechnic Institute)


Session II - Materials Design - Theory to Practice

Materials Modeling and Simulation—A Game Changing Technology for Propulsion Materials Development (1.2 mb)
Deb Whitis (GE Aviation)
Virtual Aluminum Castings: An Industry Application of Integrated Computational Materials Engineering (ICME) (Posting Approval Pending)
Mei Li (Ford Motor Company)
Multiscale Modeling of Dynamic Strain Aging in Solute-Strengthened Al Alloys (1.2 mb)
William Curtin (Brown University)
Electronic Structure Calculations and Macroscopic Scales; Studies on Prismatic Loop Nucleation (2.3 mb)
Kaushik Bhattacharya (California Institute of Technology)
Computational Materials Engineering of Ultrahigh Strength Corrosion Resistant Steels: From Design to Development to Qualification (1.7 mb) Movie (47.4 mb)
Charles J. Kuehmann (Questek Innovations, LLC)


Session III - Materials Chemistry - Microstructure Design

Accelerating the Development of the Next Generation of High Temperature Metals (4.3 mb)
Stephan Russ (Air Force Research Laboratory)
Properties of Individual Phases by First-Principles Calculations and CALPHAD Modeling (4.2 mb)
Zi-Kui Liu (Pennsylvania State University)
Phase-field method: what it can do and cannot (5.3 mb)
Long-Qing Chen (Pennsylvania State University)
Phase Field Modeling: Applications to Curvature Dependent Energy and Nucleation (1.8 mb)
Qiang Du (Pennsylvania State University)
Readily Regenerable Microstructure Representations (1.15 mb)
Padma Raghavan (Pennsylvania State University)


Session IV - Materials Property - Performance Design

Micromechanical Modeling of High Cycle Fatigue Processes (3.5 mb)
David L. McDowell (Georgia Institute of Technology,)
Fretting Fatigue: Consideration of Microstructure (8.8 mb)
Richard W. Neu (Georgia Institute of Technology)
Explicit Tracking of Microstructural Fracture Processes (11.2 mb)
Min Zhou (Georgia Institute of Technology)
Microstructure Design of Electrically Active Materials through Computational Modeling (2.80 mb)
Edwin García (Georgia Institute of Technology)
Template-Based Robust Design of Multiscale Materials (2.80 mb)
Janet K. Allen (Georgia Institute of Technology)