Polar Stratospheric Cloud Characteristics Observed with Airborne Lidar During the SOLVE Campaign
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SOLVE Sage III Dial NAT PSC Polar Vortex MTP↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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MTP Observations of Mountain Lee Waves During SOLVE
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mountain lee waves PSCs Ozone depletion SOLVE↗
LASE Measurements of Water Vapor, Aerosols, and Clouds During SOLVE
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mountain lee waves PSCs ozone depletion SOLVE↗
Polar Stratospheric Cloud Characteristics Observed During the SOLVE Campaign
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mountain lee waves PSCs ozone depletion SOLVE↗
Characteristics of PSCs from In Situ Observations During the SOLVE Campaign
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mountain lee waves PSCs ozone depletion SOLVE↗
Forecasts and postanalysis of mountain wave temperature fluctuations during SOLVE
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mountain lee waves PSCs ozone depletion SOLVE↗
LASE measurements of water vapor and relative humidity during SOLVE
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mountain lee waves PSCs ozone depletion SOLVE↗
A Statistical Approach to Adaptive Problem-Solving for Large-Scale Scheduling and Resource Allocation Problems
Our work focuses upon development of techniques for choosing among a set of alternatives in the presence of incomplete information and varying costs of acquiring information.
alternatives↗
Polar stratospheric cloud characteristics observed with airborne lidar during the SOLVE Campaign
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mountain lee waves PSCs ozone depletion SOLVE↗
Hypothesis Generation Strategies for Adaptive Problem Solving
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Hypothesis Genereation Adaptive problem solving re↗
Solving Fluid Structure Interaction Problems with an Immersed Boundary Method
An immersed boundary method for the compressible Navier-Stokes equations can be used for moving boundary problems as well as fully coupled fluid-structure interaction is presented. The underlying Cartesian immersed boundary method of the Launch Ascent and Vehicle Aerodynamics (LAVA) framework, based on the locally stabilized immersed boundary method previously presented by the authors, is extended to account for unsteady boundary motion and coupled to linear and geometrically nonlinear structural finite element solvers. The approach is validated for moving boundary problems with prescribed body motion and fully coupled fluid structure interaction problems. Keywords: Immersed Boundary Method, Higher-Order Finite Difference Method, Fluid Structure Interaction.
Structure Interactions↗
Linking solver characteristics, solving processes and solution attributes: A data explainer for an open innovation generated robotic design dataset
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Zoe Szajnfarber↗
Can rotation solve the Hubble Puzzle?
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Balázs Endre Szigeti↗
Solving mechanical problems in ion-engine
Ion-engine design problems of high contact pressure, thrust measurement, and cylindrical body design
THRUST MEASUREMENT↗
The invariant method of solving the problem of electromagnetic wave propagation in a uniform gyrotropic medium <k voprosu o rasprostranenii elektromagnitnykh voln v odnorodnoy girotropnov srede<
Invariant method solution to problem of electromagnetic wave propagation in uniform gyrotropic media
ELECTROMAGNETIC WAVE↗
Solving mechanical problems in ion-engine design.
Ion engine design, discussing mechanical problems of high contact pressures, thrust measuring device and cylindrical body design
THRUST MEASUREMENT↗
On the use of approximate analytical solutions in solving optimum trajectory problems
Method for numerical solutions of nonlinear optimum trajectory problems using approximate analytic method
APPROXIMATION METHOD↗
Binary fluid amplifier solves stability and load problems
Digital fluid amplifier has load intensity, high stability, and operates at low reynolds numbers. It contains specially designed nozzles to provide uniform exit-velocity profiles and to ensure jets of low turbulence.
Larkin, B. D.↗