Mass Properties - Society of Allied Weight Engineers
Mass Properties - Society of Allied Weight Engineers
Mass Properties - Society of Allied Weight Engineers
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• 3568 <strong>Weight</strong> Reports on the Cheap<br />
- David Tellet, U.S. Naval Sea Systems Command<br />
• 3569 Revisiting Seawater Density and Its Impact on Submarine Design<br />
- David Tellet, U.S. Naval Sea Systems Command<br />
• 3570 Center <strong>of</strong> <strong>Mass</strong> Uncertainty Coordinate Transformation<br />
- John H. Nakai and Wen Tsai, The Aerospace Corporation<br />
• 3571 An Advanced Quasi-Analytical <strong>Weight</strong> Estimation Method for Airplane Lifting Surfaces<br />
- A. Elham, M. J. L. van Tooren, G. La Rocca, Faculty <strong>of</strong> Aerospace Engineering, Delft University <strong>of</strong><br />
Technology, The Netherlands<br />
• 3574 Updated Sum<strong>Mass</strong>Props - Version 9 - A Comprehensive Excel-Based <strong>Mass</strong> <strong>Properties</strong> Solution<br />
- Robert L. Zimmerman, Lockheed Martin Space Systems Company<br />
• 3575 Aerostatic Spherical Bearing<br />
- Arun Kumar, ISRO Satellite Centre<br />
• 3576 Automation Methods for Aircraft <strong>Weight</strong> Activities<br />
- Ozlem Isikgogan, Tusas Aerospace Industries, Turkey<br />
• 3581 Aircraft <strong>Weight</strong> Scatter at Delivery<br />
- Airbus <strong>Weight</strong> Operations<br />
• 3582 Process and Tools to Support Marketing and Sales <strong>Weight</strong> Activities<br />
- Airbus <strong>Weight</strong> Operations<br />
• Report Format for <strong>Weight</strong> Control <strong>of</strong> Offshore Structures<br />
- Stein Bjorhovde, BAS Engineering AS, Aalesund, Norway<br />
Student Papers:<br />
• 3572 Effect <strong>of</strong> Using Different <strong>Weight</strong> Estimation Methods on Multidisciplinary Design Optimization <strong>of</strong><br />
Aircraft Wing<br />
- Jan Mariens, TU Delft<br />
• 3573 Investigation <strong>of</strong> the Feasibility <strong>of</strong> an Integrated Weighing System for Helicopters with Wheel Landing<br />
Gears<br />
- Philipp Schneider, Karlsruher Institut für Technologie<br />
• 3577 Method for the Reduction <strong>of</strong> Analytical <strong>Weight</strong> Estimation Models for the Use in Early Project<br />
Phases<br />
- Daniel Lidner<br />
• 3578 Improving Structural <strong>Weight</strong> Estimation <strong>of</strong> Novel Aircraft Configurations to Enhance Performance<br />
Analysis<br />
- Seyyedeh Maryam Moghadasi, TU Delft<br />
• 3579 An Empirical Aero Gas Turbine Preliminary <strong>Weight</strong> Estimation Method Based on Artificial Neural<br />
Networks<br />
- P. Lolis, B. Arumugam Shanmugasundaram, V. Sethi, P. Pilidis, Department <strong>of</strong> Power and<br />
Propulsion, Cranfield University Bedfordshire, MK43 0AL, UK<br />
• 3580 Mü-31<br />
- Johannes Achleitner, Peter Grohe, TUM/Akaflieg München<br />
8 ©2012 SAWE – www.sawe.org<br />
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