Computationally Efficient Parameter Sensitivity Analysis for PDE-Constrained Optimization.
Abstract not provided.
Hart, Joseph Lee↗
SEARCH · Search NASA
Results for “Sensitivity analysis”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Global Sensitivity Analysis for PDE-constrained Optimization.
Abstract not provided.
Hart, Joseph Lee↗
METHODS OF SENSITIVITY ANALYSIS IN GEOLOGIC DISPOSAL SAFETY ASSESSMENT (GDSA) FRAMEWORK.
Abstract not provided.
Stein, Emily↗
Exploiting Low-Rank Structure for Sensitivity Analysis in Earth System Models.
Abstract not provided.
Safta, Cosmin↗
Adjoint-based Sensitivity Analysis and Error Estimation for Scale-resolving Turbulent Flow Simulations.
Abstract not provided.
Blonigan, Patrick Joseph↗
Methods of Sensitivity Analysis in Geologic Disposal Safety Assessment (GDSA) Framework.
Abstract not provided.
Stein, Emily↗
Hyper-differential sensitivity analysis for PDE-constrained optimization: Methods and software.
Abstract not provided.
Hart, Joseph Lee↗
Surrogate-enabled Sensitivity Analysis and Parameter Inference of High-Dimensional Models.
Abstract not provided.
Sargsyan, Khachik↗
A Joint Exercise on Sensitivity Analysis in Repository Performance Assessment.
Abstract not provided.
Becker, D-A↗
Hyper-Differential Sensitivity Analysis to Support Geophysical Inverse Problems.
Abstract not provided.
Hart, Joseph Lee↗
ESP700 Session 3: Sensitivity Analysis and Uncertainty Quantification.
Abstract not provided.
Winokur, Justin↗
A Comparison of Various Sensitivity Analysis Techniques Applied to SWiFT.
Abstract not provided.
Kesbhat, Abhijit↗
Performance Assessment / Uncertainty and Sensitivity Analysis Task.
Abstract not provided.
Stein, Emily↗
Advances in Sensitivity Analysis for the Crystalline Reference Case.
Abstract not provided.
Basurto, Eduardo↗
Sensitivity Analysis of Compensation Topologies for Dynamic WPT System
The dynamic wireless power transfer (DWPT) or in-motion charging of electric vehicles (EVs) may alleviate the challenges encountered by the plug-in charging systems and assist in the penetration of the EVs at a larger scale. Similar to its stationary charging counterpart, DPWT also makes use of compensation circuits to reduce the inductive reactance for enabling higher current on the coupler winding and improve the power transfer. However, the behavior of compensation circuits has not been comprehensively analyzed in a DWPT system. This paper analyzes in detail the performance of three compensation topologies applied to the DWPT system. A combination of finite element analysis (FEA) and circuit analysis is employed to study the compensation topologies when the receiving coil moves over the transmitting coil. Moreover, the variations in operating frequency have also been considered in the analysis. Furthermore, the theoretical calculations for the dynamic WPT system are verified using PLECS simulation model.
Haruna, Josiah↗
Thesis Proposal: Sensitivity analysis of temperature variations in the MCNP model of the ACRR Fuel during operations.
Abstract not provided.
Moreno, Melissa Andrea↗
GDSA Shale Reference Case: Uncertainty Propagation and Sensitivity Analysis with Dakota.
Abstract not provided.
Stein, Emily↗