'Engineering constraints' presentation slideshows

Engineering Constraints

Engineering Constraints. Ellipses: Maybe too big; problem with western wall and central mound Bulk Inertia (TES, IRTM): 323, 316 Fine Comp. Inertia (IRTM): 240 Rocks (IRTM): 15 Albedo (TES): 0.215 Elevation: -3.6 km. Conclusions.

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How NCSX was designed to suppress magnetic islands. TITLE. S.R.Hudson , D.A.Monticello, A.H.Reiman, M.C.Zarnstorff, A.H.Boozer, D.J.Strickler, S.P.Hirshman. 2003, 31 Oct - 1 Nov : Post-APS Error Magnetic Field Workshop, Albuquerque, NM. Motivation and Outline.

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RP1.019 : Eliminating islands in high-pressure free-boundary stellarator magnetohydrodynamic equilibrium solutions. S.R.Hudson, D.A.Monticello, A.H.Reiman, M.C.Zarnstorff, A.H.Boozer, D.J.Strickler, S.P.Hirshman. TITLE. Amercian Physical Society Division of Plasma Physics Meeting,

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Mars Landing Site Selection Activities:

Mars Landing Site Selection Activities:. An Update on MSL and Future Missions. John Grant, Matt Golombek, John Grotzinger, and Many Others (Smithsonian Institution) (Jet Propulsion Laboratory, California Institute for Technology) (All over the place).

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Systems Analysis Development for ARIES Next Step

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D. M. Meade, C. Kessel, S. Jardin Princeton Plasma Physics Laboratory

Optimization of a High- b Steady-State Tokamak Burning Plasma Experiment Based on a High- b Steady-State Tokamak Power Plant. D. M. Meade, C. Kessel, S. Jardin Princeton Plasma Physics Laboratory. Presented at IEA Workshop on Optimization of High- b Steady-State Tokamaks General Atomics

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Hydrothermal Sites in Apollinaris Chaos

Hydrothermal Sites in Apollinaris Chaos. Virginia Gulick NASA Ames/SETI Institute. Hydrothermal/fluvial sites near Apollinaris Patera Proposed by Gulick (1999, 2001); Nelson et al. (1999) Cannot fit new larger error ellipse Nearby acceptable sites offer similar advantages.

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You have 25mins to finish you biodegradable diaper before the competition starts!

You have 25mins to finish you biodegradable diaper before the competition starts!. GSDT. Homework. Make a list of engineering constraints. Then answer these questions: Did your group do any reengineering? Why? If you could do it again, how would you build it differently?

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