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- catalog abstract "The Office of Naval Research has been sponsoring development of analytic tools for exploring the benefits of electric drive propulsion for naval vessels. RAND has performed an initial assessment to assist in this work. Researchers focused on developing a framework for assessing the different technologies for key components of electric propulsion, such as motors, generators, and power electronics, but did not assess specific alternatives. This documented briefing outlines the approach the authors developed for making such assessments (which uses modeling and Monte Carlo simulations), presents the quantitative methods they used to analyze the potential performance of various components, suggests how this information can be integrated to assess the affects on overall ship performance. The authors illustrate this by presenting performance metrics for several components and examining their effects on one key ship-level performance metric, ship power density for a notional electric-propulsion destroyer.".
- catalog contributor b13220942.
- catalog contributor b13220943.
- catalog contributor b13220944.
- catalog contributor b13220945.
- catalog contributor b13220946.
- catalog contributor b13220947.
- catalog created "c2004.".
- catalog date "2004".
- catalog date "c2004.".
- catalog dateCopyrighted "c2004.".
- catalog description "Includes bibliographical references (p. 73-75).".
- catalog description "The Office of Naval Research has been sponsoring development of analytic tools for exploring the benefits of electric drive propulsion for naval vessels. RAND has performed an initial assessment to assist in this work. Researchers focused on developing a framework for assessing the different technologies for key components of electric propulsion, such as motors, generators, and power electronics, but did not assess specific alternatives. This documented briefing outlines the approach the authors developed for making such assessments (which uses modeling and Monte Carlo simulations), presents the quantitative methods they used to analyze the potential performance of various components, suggests how this information can be integrated to assess the affects on overall ship performance. The authors illustrate this by presenting performance metrics for several components and examining their effects on one key ship-level performance metric, ship power density for a notional electric-propulsion destroyer.".
- catalog extent "ix, 75 p. :".
- catalog hasFormat "Framework for quantifying uncertainty in electric ship design.".
- catalog identifier "083303586X".
- catalog isFormatOf "Framework for quantifying uncertainty in electric ship design.".
- catalog isPartOf "Documented briefing (Rand Corporation) ; DB-407-ONR.".
- catalog isPartOf "Documented briefing / Rand Corporation ; DB-407-ONR".
- catalog issued "2004".
- catalog issued "c2004.".
- catalog language "eng".
- catalog publisher "Santa Monica, CA : RAND, National Defense Research Institute".
- catalog relation "Framework for quantifying uncertainty in electric ship design.".
- catalog subject "Monte Carlo method.".
- catalog subject "Naval architecture.".
- catalog subject "Ship propulsion, Electric.".
- catalog subject "Uncertainty.".
- catalog subject "VM773 .P64 2004".
- catalog title "Framework for quantifying uncertainty in electric ship design / Isaac Porche, Henry Willis, Martin Ruszkowski.".
- catalog type "text".