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MDE2 Session 2: Application Of Modeling and Simulation To Residual Stresses I

Tuesday, June 22, 2010: 8:30 AM-12:00 PM
406 (Meydenbauer Center)
Session Chair:
Mr. John J. Schirra
8:30 AM
MDE2.1
Modeling of Part Distortion in Components Machined From Plates and Forgings
Dr. Abhik Rakshit, Third Wave Systems; Dr. Troy Marusich, Third Wave Systems; Shuji Usui, Third Wave Systems; Cory Arthur, Third Wave Systems
9:00 AM
MDE2.2
Distortion Modeling of Airframe Components
Mr. James B. Castle, The Boeing Company
9:30 AM
MDE2.3
Computational Design Tool for Residual Stress Surface Treatments
Prof. Michael R. Hill, University of California; Dr. Adrian T. DeWald, Hill Engineering, LLC
10:00 AM
Break
10:30 AM
MDE2.4
Advanced Software for Integrated Probabilistic Damage Tolerance Analysis Including Residual Stress Effects
Dr. R. Craig McClung, Southwest Research Institute; Dr. Michael P. Enright, Southwest Research Institute; Dr. Yi-Der Lee, Southwest Research Institute; Dr. Wuwei Liang, Southwest Research Institute; Mr. Simeon H. K. Fitch, Mustard Seed Software
11:00 AM
MDE2.5
The Prediction of Fatigue Crack Propagation in a Friction Stir Welded Specimen Containing a Residual Stress Distribution
Dr. Stephen W. Smith, NASA Langley Research Center; Dr. John A. Newman, NASA Langley Research Center; Dr. Banavara R. Seshadri, National Institute of Aerospace; Mr. William M. Johnston, Lockheed Martin
11:30 AM
Variability of Bulk Residual Stress Predictions as a Result of Critical Heat Treatment Parameters and Control
Dr. M. G. Glavicic, Rolls-Royce Corporation
See more of: Model Development and Implementation for Materials, Process and Residual Stress
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