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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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High-Fidelity Adaptive Deception and Emulation System (HADES) DOE PACT Virtual Showcase.
Abstract not provided.
Representation of coherent structures and turbulence spectra from a virtual SpinnerLidar for future LES wake validation.
Abstract not provided.
Virtual Testbed for Simulating Polychromatic Imaging Systems via PHITS.
Abstract not provided.
Scheduling and Control of Flexible Building Loads for Grid Services Based on a Virtual Battery Model
This paper presents a framework for modeling, scheduling, and controlling residential thermostatically controlled loads (TCLs) to provide multiple grid services, such as energy shifting, peak load reduction, and ancillary services. A modeling method is proposed to characterize the aggregate flexibility from heterogeneous TCLs using a battery-equivalent model. Based on the flexibility model, a multi-period optimal scheduling formulation is developed to best utilize the flexibility from building loads and maximize total benefits from stacked value streams. An algorithm is proposed to control individual TCLs to follow the desired power consumption in real-time. The proposed methods are illustrated and validated through simulations.
Managing Campus Wide Energy Presentation for Energy Exchange 2020 Virtual Conference Updated.
Abstract not provided.
Strengthening International Partnerships in Nuclear Forensics through the Virtual Laboratory on Age Dating for Investigation Support (VLADIS)
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Augmenting Nuclear Forensics Capacity Building in a Virtual Engagement Environment
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Representation of coherent structures and turbulence spectra from a virtual SpinnerLidar for future LES wake validation.
Abstract not provided.
An Improved Sequential State Estimation Algorithm for VSC-MTDC Systems Using Virtual Connections
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CHARACTERIZATION OF VIRTUAL FRISCH GRID DETECTORS FABRICATED FROM AS-GROWN CDZNTESE INGOTS
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Mobile Hot Cell Digital Twin using Immersive Virtual Environment
Sealed radioactive sources are utilized for a wide range of applications across nuclear facilities, universities, hospitals, and industry. When these sources reach the end of their serviceable life, they become waste. This radioactive waste then goes through a process of recapture and then transfer to long term storage. With the advancement of technology in conjunction with better accessibility of technology, industries are exploring the use of digital automation to enhance productivity, efficiency, and safety while minimizing operation and maintenance costs, health and environmental risks, and uncertainty in the project life cycles. One area for exploration and the use of Digital Twin for providing a robust, versatile, and safe solution for recapturing spent sources.
Development of Advanced Reactor Models for Virtual Test Bed using NEAMS Tools
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Transforming Energy Through Computational Excellence: A Virtual Test-Drive of Energy Scenarios
Researchers at the National Renewable Energy Laboratory (NREL) are conducting groundbreaking research to decarbonize transportation systems and reduce emissions. As they plan for growing populations and related demands on aging infrastructure and energy systems, local transportation departments and city planners are facing significant, complex challenges. New approaches to planning and operations, as well as capitalizing on rapidly advancing technology, can address mobility and energy-centric challenges, including cost and energy efficiency, emissions reduction, decarbonization, and congestion.
Adaptive tuning of the latent space of encoder-decoder convolutional neural networks for virtual 6D diagnostics of time-varying charged particle beams
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