Aberdeen Proving Ground, MD, Army Research Laboratory, 2008
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The event Aberdeen Proving Ground, MD, Army Research Laboratory, 2008 represents a publication, printing, distribution, issue, release or production of resources found in University of Missouri Libraries.
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Aberdeen Proving Ground, MD, Army Research Laboratory, 2008
Resource Information
The event Aberdeen Proving Ground, MD, Army Research Laboratory, 2008 represents a publication, printing, distribution, issue, release or production of resources found in University of Missouri Libraries.
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- Aberdeen Proving Ground, MD, Army Research Laboratory, 2008
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- 2008
44 Items that share the ProviderEvent Aberdeen Proving Ground, MD, Army Research Laboratory, 2008
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- A comparison of soldier performance in a moving command vehicle under manned, teleoperated, and semi-autonomous robotic mine detector system control modes, David R. Scribner, David Dahn
- A nonlinear model predictive observer for smart projectile applications, Mark Costello, Ryan Letniak ; prepared by Georgia Institute of Technology and American Institute of Aeronautics and Astronautics
- A tool for calculating the center of mass and moment of inertia of small arms weapons, Michael E. LaFiandra
- Analysis of adhesively bonded ceramics using an asymmetric wedge test, by Andres Bujanda ... [and others]
- Ballistic performance testing of aluminum alloy 5059-H131 and 5059-H136 for armor applications., by Dwight D. Showalter, Brian E. Placzankis, and Matthew S. Burkins
- Ballistic testing of SSAB ultra-high-hardness steel for armor applications, Dwight D. Showalter ... [and others]
- Characterization of corrosion on outdoor-exposed aluminum metal-matrix composites as a function of reinforcement specie and volume fraction, Ralph P.I. Adler ... [and others]
- Characterization of highly sulfonated SIBS polymer partially neutralized With Mg+2 cations, by Eugene Napadensky and James M. Sloan
- Charge density quantification and antimicrobial efficacy, Nicole Zander, Julia Leadore, Joshua A. Orlicki
- Comparison of acoustic properties of two USMC helmets, Paula Henry, Jim A. Faughn, Timothy J. Mermagen
- Control mechanism strategies for spin-stabilized projectiles, by Frank Fresconi and Peter Plostins
- DFT study of H2 combustion on [alpha]Al2O3 supported Pt clusters, Jennifer Synowczynski, Jan W. Andzelm, and D. G. Vlachos
- Determination of volatile organic compounds content using novel ash and total solids analysis for chemical agent resistant coating systems, Pauline Smith, William Lum, and Daniel Pope
- Electrical conductivity measurement of nonideal carbon plasma, George B. Vunni, Alan W. DeSilva
- Electro-thermal igniter (ETI) particle deposition upon a simulated propellant surface, Stephen L. Howard
- Electrochemical capacities of commercially available structural carbon fibers, fabrics, and papers, by Emma L. Wong, James F. Snyder, and Clifford W. Hubbard
- Epoxy nano-reinforced composite systems, Nicole E. Zander
- Finding a minimum covering circle based on infinity norms, by Andrew A. Thompson
- Finite-element micromechanical strength modeling and parametric investigation of three-dimensional orthogonal composites, by Ryan L. Karkkainen and Jerome T. Tzeng
- Hybrid helmet cure cycle optimization, David M. Spagnuolo and Eugene Napadensky
- IChart : a graphical tool to view and manipulate force management structure databases, by Frederick S. Brundick, George W. Hartwig, Jr., and Samuel C. Chamberlain, (electronic resource)
- IMPRINT analysis of an unmanned air system geospatial information process, Bruce P. Hunn ... [and others]
- Initial development of composite repair resins with low hazardous air pollutant contents, by John J. La Scala --- [and others]
- Investigation of small-caliber primer function using a multiphase computational model, by John R. Schmidt and Michael J. Nusca
- Manufacturing of a composite tailcone for an XM-1002 training round, James M. Sands ... [and others]
- Mechanical response of an Al-PTFE composite to uniaxial compression over a range of strain rates and temperatures, Daniel T. Casem
- Modern nondestructive test methods for army ceramic matrix composites, Douglas J. Strand
- Multiscale modeling of piezoelectric materials, Steven L. Creighton, Peter W. Chung, John D. Clayton
- Nanocomposite interphases for improved transparent polymer composite materials, Daniel J. O'Brien ... [and others]
- Reconfigurable computing : experiences and methodologies, Song Jun Park, Dale Shires, and Brian Henz
- Review of ultrasound performance from 5 to 20 MHz on an aluminum standard, by Raymond E. Brennan and James M. Sands
- Scalability of robotic controllers : an evaluation of controller options, Rodger A. Pettitt, Elizabeth S. Redden, and Christian B. Carstens
- Scalability of robotic displays : display size investigation, Elizabeth S. Redden ... [and others]
- The case for using the spherical model to calculate the interpolated points in the connectivity software deployment module, G. Welles Still and James F. Nealon
- The effect of audio and tactile cues on soldier decision making and navigation in complex simulation scenarios, Douglas S. Savick ... [and others]
- The effects of imperfect automation on concurrent performance of gunner's and robotics operator's tasks in a simulated mounted environment, Jessie Y.C. Chen, Peter I. Terrence
- The human factors of sensor fusion, by Bruce P. Hunn
- The key role of surface tension in the theory of bubble-assisted explosion/combustion triggering, by Michael Grinfeld
- The use of a steering shaping function to improve human performance in by-wire vehicles, Susan G. Hill, Kaleb McDowell, Jason S. Metcalfe
- Theoretical investigation of H2 combustion on [alpha]Al2O3 support, Jennifer Synowczynski, Jan W. Andzelm, D. G. Vlachos
- Thermo stability of highly sulfonated poly(styrene-isobutylene-styrene) block copolymers : effects of sulfonation and counter-ion substitution, James M. Sloan ... [and others]
- Toward modeling limited plasticity in ceramic materials, Michael Grinfeld, Scott E. Schoenfeld, and Tim W. Wright
- Transparent nanoporous glass-polymer composite for U.S. Army applications, Daniel J. O'Brien ... [and others]
- Two-dimensional current diffusion in the rails of a railgun, John D. Powell and Alexander E. Zielinski
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<div class="citation" vocab="http://schema.org/"><i class="fa fa-external-link-square fa-fw"></i> Data from <span resource="http://link.library.missouri.edu/resource/dZKkGjDm5s4/" typeof="PublicationEvent http://bibfra.me/vocab/lite/ProviderEvent"><span property="name http://bibfra.me/vocab/lite/label"><a href="http://link.library.missouri.edu/resource/dZKkGjDm5s4/">Aberdeen Proving Ground, MD, Army Research Laboratory, 2008</a></span> - <span property="potentialAction" typeOf="OrganizeAction"><span property="agent" typeof="LibrarySystem http://library.link/vocab/LibrarySystem" resource="http://link.library.missouri.edu/"><span property="name http://bibfra.me/vocab/lite/label"><a property="url" href="http://link.library.missouri.edu/">University of Missouri Libraries</a></span></span></span></span></div>
