Multiscale Interfaces for Large Scale Optimization
Abstract not provided.
Publications
Hierarchical material property representation in finite element analysis: Convergence behavior and the electrostatic response of vertical fracture sets
Abstract not provided.
Sensitivity Analysis for Optimal Control
Abstract not provided.
Alpert Wavelets for Data Analysis: Compression and Optimization
Abstract not provided.
Subsurface Applications for Peridynamics
Abstract not provided.
Born Qualified EAB Telecon
Abstract not provided.
Peridynamic modeling of sintering
Abstract not provided.
Fractional Differential Operators to Detect Multiscale Geophysical Features
Abstract not provided.
Grand Challenge LDRD ?Born Qualified?: Integrate Data Modeling Optimization and UQ for Additive Manufacturing
Abstract not provided.
Adaptive Multiscale Modeling Using Generalized Mortar Methods
Abstract not provided.
Additive Manufacturing: Data Modeling and Optimization
Abstract not provided.
Multiscale Modeling Using Mortar Methods
Abstract not provided.
Optimization under uncertainty and Data Analysis for additive manufacturing
Abstract not provided.
Optimization under uncertainty and high dimensional regression for additive manufacturing
Abstract not provided.
Approaches for building stable projection-based reduced order models for compressible flow
Abstract not provided.
Multiscale Interfaces for Large Scale Optimization
Abstract not provided.
Wireless Temperature Sensing through Opaque Media using Permanent Magnets
Abstract not provided.
Multiscale optimization under uncertainty for additive manufacturing
Abstract not provided.
Simultaneous Estimation of Material Parameters and Neumann Boundary Conditions in a Linear Elastic Model by PDE-Constrained Optimization
Abstract not provided.
Multiscale optimization under uncertainty
Abstract not provided.
Remote Temperature Distribution Sensing Using Permanent Magnets
IEEE Transactions on Magnetics
Remote temperature sensing is essential for applications in enclosed vessels, where feedthroughs or optical access points are not possible. A unique sensing method for measuring the temperature of multiple closely spaced points is proposed using permanent magnets and several three-axis magnetic field sensors. The magnetic field theory for multiple magnets is discussed and a solution technique is presented. Experimental calibration procedures, solution inversion considerations, and methods for optimizing the magnet orientations are described in order to obtain low-noise temperature estimates. The experimental setup and the properties of permanent magnets are shown. Finally, experiments were conducted to determine the temperature of nine magnets in different configurations over a temperature range of 5 °C to 60 °C and for a sensor-to-magnet distance of up to 35 mm. To show the possible applications of this sensing system for measuring temperatures through metal walls, additional experiments were conducted inside an opaque 304 stainless steel cylinder.
Fractional Progress Toward Understanding the Fractional Diffusion Limit: The Electromagnetic Response of Spatially Correlated Geomaterials
Abstract not provided.
Wireless Temperature Sensing Through Opaque Media and Enclosed Metal Vessels
Abstract not provided.
Synthetic study of raw-data FWI applied to visco-TTI-elastic data
Abstract not provided.
Wireless Temperature Sensing Using Permanent Magnets for Multiple Points Undergoing Repeatable Motions
Abstract not provided.
Results 51–75 of 159