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Computer-aided design / Computational electromagnetics / Computational science / Electrodynamics / Numerical analysis / National Institute of Standards and Technology / Finite element method / Solid modeling / Scattering / Physics / Partial differential equations / Mathematics


Part II: Project Summaries Part II Project Summaries
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Document Date: 2004-02-11 10:39:04


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File Size: 2,88 MB

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City

St. Louis / /

Company

J. Warren / S. Coriell / D. Josell / MSEL / Triangulated Irregular Networks / The Boeing Corporation / W. Boettinger / T. Moffat / J. Guyer / K. Thornton / P. Voorhees / K. Gurski / NIST Manufacturing Engineering Laboratory / Hughes Research Laboratories / J. Slutsker / M. Miksis / Fire Research Laboratory / Micromagnetic Modeling Activity Group / /

Country

United States / /

Event

Business Partnership / Company Expansion / /

Facility

George Washington University / Courant Institute / Carnegie Mellon University / Northwestern University / NIST Building / University of Illinois / NIST Manufacturing Engineering Laboratory / University of New Mexico / New York University / University of Maryland / Kolsky bar / Yale University / /

IndustryTerm

minimum energy principle / metal-cutting operations / metal test specimens / higher contrast media / experimental techniques / construction site / least squares fitting algorithms / time-domain algorithms / surface energy / magnetic devices / fetal ultrasound imaging / finiteelement software / imaging / mechanical testing device / invaluable tool / microelectronic devices / anisotropic surface energy / neutral systems / real time object identification / high-rate manufacturing operations / finite amplitude solutions / magnetic logic devices / vision systems / large devices / real-time data / multi-component systems / minimization algorithm / middle vertical web / manufacturing / textbook solution / public domain reference software / numerical solutions / /

Organization

Metallurgy Division of MSEL / Defense Advanced Research Projects Agency / Royal Society of London / New York University / University of Maryland / National Science Foundation / Northwestern University / Courant Institute / Carnegie Mellon / Yale University / George Washington University / University of Illinois / Nuclear Regulatory Commission / Assembly of Quantum Dots / Electrochemical Society / Electromagnetics Division / University of New Mexico / Carnegie Mellon University / /

Person

Ewald / Peter Voorhees / Michael Kennedy / Richard Rhorer / Donald Porter Robert McMichael / Michael Miksis / Howard Yoon / William Stone / Timothy Burns Debasis Basak / Katherine Gurski / David K. Walker / Daniel Josell / Michael Donahue / Sam Coriell / Dylan F. Williams / Hartmut Grabinski / Lyle Levine / Eric Whitenton / Matthew Davies / James Warren / Richard Fields / Gerald Blessing / Bradley K. Alpert / Uwe Arz / Brian Dutterer / Donald Porter / Thomas Hagstrom / Robert Sekerka / Geoffrey McFadden William Boettinger / Bradley Alpert Andrew Dienstfrey Leslie / Michael Donahue Donald Porter Robert / /

ProvinceOrState

Maryland / Illinois / Missouri / /

PublishedMedium

the Evolution / the Proceedings of the Royal Society / /

Technology

Quantum Dots / radiation / least squares fitting algorithms / Preprocessing algorithms / ultrasound / microwave / simulation system / nonvolatile memory / integrated circuits / geophysics / laser / thermodynamics / minimization algorithm / dielectric / 23 Applied Mathematics Time-Domain Algorithms / Simulation / LADAR technology / time-domain algorithms / electrochemistry / electrochemical cell / CAD / /

URL

http /

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