This presentation provides the physical case for a conservative magnetic vector potential and magnetic vector potential in general as a physical quantity. The derivation of Lorenz Gauge and its present application will be reviewed. The application of Lorenz Gauge to derive the conservative magnetic vector potential is shown. When applied this way, Lorenz Gauge is no longer a gauge transformation.
Presented by: Julio DeJesus
Education:
Graduated 2007 with Bachelors in Science, Electrical Engineering, University of Central Florida
Experience:
Boeing, 2013-2019, Electro-physics Engineer/Scientist
Managed system level EMI/EMC risk on commercial and military aircraft. Utilized computational electromagnetic solvers such as FEKO, CST Microwave, and HFSS for analysis.
Toyota Motor North America R&D, 2019-2021, Electromagnetics Engineer
Analyzed electromagnetic environment of hybrid vehicles using CST Microwave, HFSS, Flux, and FEKO. Research and developed methods of analysis for engineers in Toyota Japan.
Amentum, 2021-present, EMI/EMC Design and Analysis Engineer
Manage system level EMI/EMC risks for the NASA Orion program. Utilize HFSS and CST Microwave for analysis of electromagnetic environments.
Agenda:
Pizza and soft drinks for those that attend in person.
Room: Mars, Bldg: Gilruth Center, 18600 Space Center Blvd,, Houston, TX 77058, Texas, United States, 77058, Virtual: https://events.vtools.ieee.org/m/440436