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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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In-situ imaging of advanced materials subjected to in-plane biaxial loading using X-ray micro-computed tomography
Not provided.
Identifying properties of low-loaded CoO[subscript X]/CeO[subscript 2] via X-ray absorption spectroscopy for NO reduction by CO
Abstract not provided
Numerical study of damage in particulate composites during high-strain rate loading using novel damage model
Not provided.
Deformation mechanism and load transfer in an in-situ NiTi–Nb composite
Not Available
Optimizing Distributed Load Balancing for Workloads with Time-Varying Imbalance.
Abstract not provided.
Access Patterns and Performance Behaviors of Multi-layer Supercomputer I/O Subsystems under Production Load
Scientific computing workloads at HPC facilities have been shifting from traditional numerical simulations to AI/ML applications for training and inference while processing and producing ever-increasing amounts of scientific data. To address the growing need for increased storage capacity, lower access latency, and higher bandwidth, emerging technologies such as non-volatile memory are integrated into supercomputer I/O subsystems. With these emerging trends, we need a better understanding of the multilayer supercomputer I/O systems and ways to use these subsystems efficiently. In this work, we study the I/O access patterns and performance characteristics of two representative supercomputer I/O subsystems. Through an extensive analysis of year-long I/O logs on each system, we report new observations in I/O reads and writes, unbalanced use of storage system layers, and new trends in user behaviors at the HPC I/O middleware stack.
Design Load Case (DLC) Generator: Web-based tool to support IEC 62600-2 standard design load case analysis.
Abstract not provided.
A Fixed-Step Under Frequency Load Shedding Scheme based on Load Criticality
Presentation for NAPS paper
High-Fidelity Self-Learning Tool for Residential Load and Load Flexibility Forecasting
In this project, we developed a set of high-fidelity modeling and optimization algorithms to enable conversion of individual homes into grid-integrated buildings, and a community of homes into a virtual power plant (VPP).
Research investigations of bulkhead cylindri- cal junctions exposed to combined load, cryogenic temperature. part iii- theoretical analysis of the thermal loads
Thermal stress in thin walled shell joint of missile intertank
Note on individual storage loads and individual load reductions
Human recall of sequential memory tasks
Analytical procedure for determining random load acting on a spacecraft due to a primary random load acting on an exterior structure Quarterly report no. 2, 1 Sep. - 30 Nov. 1965
Sound and vibration transmission in OGO SPACECRAFT shroud system
Computer program for buckling loads of orthotropic laminated stiffened panels subjected to biaxial in-place loads (BUCLASP 2)
General-purpose program performs exact instability analyses for structures such as unidirectionally-stiffened, rectangular composite panels. Program was written in FORTRAN IV and COMPASS for CDC-series computers.