Talk, 38th International Modal Analysis Conference, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, 38th International Modal Analysis Conference, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, Model Reduction and Surrogate Modeling, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, 38th International Modal Analysis Conference, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, 38th International Modal Analysis Conference, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, 38th International Modal Analysis Conference, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, 38th International Modal Analysis Conference, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, 38th International Modal Analysis Conference, Houston, Texas
This presentation investigated the use of Finite Element modeling using Abaqus to investigate stress-dependent wave propagation for the purposes of measuring rail neutral temperature.
Talk, 90th Shock and Vibrations Exchange, Atlanta, Georgia
This presentation detailed an alternative, more efficient method for computing projection matrices for component testing. The improved approach uses a Cholesky decomposition, or equivalently mass-normalizes the eigenvectors, to simplify the computation of a matrix inverse involved in computing the projection matrices.
Talk, 70th Annual Meeting of the APS Division of Fluid Dynamics, Online