Workshop Presentations

Workshop presentations are given below. All are in Adobe Acrobat format and most are also in Microsoft Powerpoint format. Not all presentations were made available by their authors. Any questions regarding the content of the presentations should be directed to the author of the work and not to FEMCI.

Authors	Presentation Title	Files

1. W.D. Zhu, Dept. of Mechanical Engineering, Univ. of Maryland Baltimore County	A Novel Stochastic Model for the Random Impact Series Method in Modal Testing	Powerpoint Adobe Acrobat

2. Abed M. Khaskia, Mallett Technologies & Dat Duthinh, National Institute of Standards and Technology	Finite-Element Analysis of Structures with Insulation Damage in Fire	Powerpoint Adobe Acrobat

3. Victor Eyo, GSFC, Wallops Flight Facility	A Formulation for a 1-D Finite Element With Anisotropic Wall Material Properties	Powerpoint Adobe Acrobat

4. Kun He & Weidong Zhu, Dept. of Mechanical Engineering, Univ. of Maryland Baltimore County	Finite Element Modeling of Structures with L-Shaped Beams and Bolted Joints for Vibration Analysis and Damage Detection	(Presentation not available)

5. Zoran N. Martinovic, NASA Langley Research Center	Study of Orbiter-like Cargo Carrier on Crew Launch Vehicle	Powerpoint Adobe Acrobat

6. Thomas A. Zang, NASA Langley Research Center	NASA Standard for .Models & Simulations	Powerpoint Adobe Acrobat

7. Michael Rice, Corey Fleischer, Professor Marc Zupan, Dept. of Mechanical Engineering, Univ. of Maryland Baltimore County	The Mechanics and Behavior of Hybrid Sandwich Structures	Adobe Acrobat

8. KEYNOTE ADDRESS: Dr. Charles Camarda, NASA Engineering Safety Center (NESC)	The Role of Research and Development in the Return-to-Flight of the Space Shuttle	(Presentation not available)

9. Manohar D. Deshpande & Michael E. Van Steenberg, NASA Goddard Space Flight Center	Analysis and Design of Multi-Wave Dilectrometer (MWD) for Characterization of Planetary Subsurface Using Finite Element Method	Powerpoint Adobe Acrobat

10. Weidong Zhu, Guangyao Xu, & Ben Emory, Dept. of Mechanical Engineering, Univ. of Maryland Baltimore County	Vibration-Based Structural Damage Detection: Theory and Applications	(Presentation not available)