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Peter Markowski
Envelope Power, Ansonia, Conn.Magnetic component design - New generation of 3D electromagnetic finite element analysis software with breakthrough simplicity facilitates magnetic component design
Van Tai Nguyen* and Tien-Fu Lu
University of AdelaideAnalytical Expression of the Magnetic Field Created by a Permanent Magnet with Diametrical Magnetization
David Tersegno and Alexandria Johnson
Brown UniversityModeling the electric eld in a spherical void electrodynamic levitator
Biruk Gebre, Kishore Pochiraju
Stevens Institute of TechnologyModeling and Machine Learning Aided Analysis of a Claw-Less Magnetically Coupled Ball-Drive Design
Ball-driven mobility platforms have shown that spherical wheels can enable substantial freedom of mobility for ground vehicles. Accurate and robust actuation of spherical wheels for high acceleration maneuvers and graded terrains can, however, be challenging. In this paper, a novel design for a magnetically coupled ball drive is presented. Read more
The proposed design utilizes an internal support structure and magnetic coupling to eliminate the need for an external claw-like support structure. A model of the proposed design is developed and used to evaluate the slip/no-slip operational window. Due to the high-dimensional nature of the model, the design space is sampled using randomly generated design instances and the data is used to train a support vector classification machine. Principal component analysis and feature importance detection are used to identify critical parameters that control the slip behavior and the feasible (no-slip) design space. The classification shows an increase in the feasible design space with the addition of, and increase in, the magnetic coupling force. Based on the results of the machine learning algorithm, EMS FEA design tools and experimental testing are used to design a spherical magnetic coupler array configuration that can realize the desired magnetic coupling force for the ball drive.
Link to the official paper: https://proceedings.asmedigitalcollection.asme.org/proceeding.aspx?articleid=2713544
Ian Rouse
University of BaselThe electric potential generated in surface-electrode ion traps: a comparison between an analytical model and finite-element methods
Skriptyan N. H. Syuhri and Andrea Cammarano
University of GlasgowSimulation of A Reluctance Actuator
Tyler Naughton, Christian Petrie, and Jamie Coble
Department of Nuclear Engineering, University of TennesseeCapacitance-Based Dimensional Change Sensors for In-Pile Materials Measurements
https://www.osti.gov/biblio/1526378-capacitance-based-dimensional-change-sensors-pile-materials-measurements
Emmanuelle Rosati Azevedo, Aaron Knoll
Imperial College LondonMagnetic Field Enhancement of the Quad Confinement Thruster
Ian Hunter, Ph.D.
Nucleus Scientific & MITAnalysis of a Highly Nonlinear Lorentz Force Linear Motion Electromagnetic Actuator Using EMS