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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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CASE STUDIES OF BEM SOLVER ACCURACY WITH THE OPEN-SOURCE CODE CAPYTAINE
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MBMS1.0: An Open-Source Code for Modeling and Simulation of Membrane-Based Dehumidification and Energy Recovery
Air dehumidification processes are important and significantly impact both the performance of building ventilation and air conditioning systems, and the health of occupants. In a membrane-based dehumidifier, a permselective membrane is adopted to separate the two flow streams at feed and permeate sides. The feed side is continuously supplied with humid air at atmospheric pressure, while the permeate side is connected to a vacuum pump to produce vacuum or a low permeate vapor pressure as a driving force for water vapor permeation. The software MBMS 1.0 enables modeling and simulation of the design and configuration optimization of a membrane-based air-to-air (A2A) or air-to-vapor (A2V) device. A first-order physical-constant model was developed to reasonably account for the fundamental heat and mass transfer processes involved.
GABLE contract source code
Garbled Autonomous Bots Leveraging Ethereum (GABLE) uses simple but effective algorithms to permit secure private execution of garbled state machines and garbled circuits on public computing resources. This release consists of two Solidity smart contracts illustrating the GABLE approach. Sandia National Laboratories is a multimission laboratory managed and operated by National Technology & Engineering Solutions of Sandia, LLC, a wholly owned subsidiary of Honeywell International Inc., for the U.S. Department of Energy’s National Nuclear Security Administration under contract DE-NA0003525. SAND2022-7215 O
ELM-FATES source code, hydrological outputs and rooting depth analyses scripts, 1990-2015, PA-BCI, Panama
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A psycholinguistic analysis of eye-movement patterns while troubleshooting Python source code.
Abstract not provided.
Automatic Differentiation and Source Code Generation for Dynamic Modeling and Simulation of Brine Systems
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Overview of Open Source Codes to Assess Environmental Effects of Ocean Wave Farms.
Abstract not provided.
FrogEye: Joint analysis of source code and binaries using Machine Learning.
Abstract not provided.
Deep Representation Classification of Vulnerabilities via Source Code.
Abstract not provided.
Novel, Fast, Open-Source Code for Synchrotron Radiation Comutation on Arbitrary 3D Geometries
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Assessing Eye Movement Scanpaths in Source Code Comprehension.
Abstract not provided.
Automatically Recognizing Semantics of List-based Data Structures in Source Code
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ONIX: An open-source depletion code
Open Source software enables innovative, community-based software development. ONIX brings this concept to the field of depletion calculations. It is an open-source depletion software to be used for nuclear reactor simulations, for fissile material production analysis as well as for nuclear arms control applications. ONIX provides a module to solve the depletion equation using a Chebyshev Rational Approximation Method. For the generation of one-group cross sections, it includes a coupling interface for the open-source neutron transport code, OpenMC, as well as a module to read pre-computed values in a stand-alone mode. ONIX has special features to optimize nuclear data libraries, to update isomeric branching ratio during burnup, and to support automation of simulations for nuclear archaeology. In conclusion, ONIX has been validated against results from numerical and experimental benchmarks, and its results agree with other methods within expected error ranges.
ROSE Compiler Framework
The purpose of the ROSE Complier Framework Is to automate source code porting, source and binary code analysis, and source code translations such as platform optimization, binary code analysis, Identification of source code and binary code vulnerablllttes.