Our Support website provides a wide range of different materials, related to QuickField software. Today it is considered that more fun is watching video than reading texts. Following this trend and making studying the QuickField basics more enjoyable, we prepared a variety of video materials. They include animated tutorials of the Virtual Classroom and recordings of the QuickField webinars.
QuickField analysis for Superconductors Meissner effect resulting in the expulsion of magnetic flux from superconductors with different geometries. Zero-field-cooled and field-cooled boundary conditions are demonstrated along with the calculation of superconducting surface current density and inductance. Type I and Type II superconductors, superconducting flux focusers. Meissner effect, superconductor surface current, superconductor inductance, superconductor flux focuser
Date: Jul 2010 Media type:webinar Application: electrical engineering Author: Dr. James Claycomb
QuickField for Electromagnetic Shielding Applications The use of QuickField for shielding low frequency AC, static, and electromagnetic noise sources will be modeled. Examples include power line (50 or 60 Hz and harmonics), the geomagnetic field and its variations, lightning, stray fields from electric motors, and electromagnetic pulse (EMP) resulting from nuclear detonation. The shielding properties of various conducting, permeable and superconducting material combinations will be demonstrated. superconducting multi-layer screen, mu-metall shielding factor, superconductor screen
Date: Jun 2011 Media type:webinar Application: electrical engineering Author: Dr. James Claycomb
Superconducting disc Changing edges conditions. Mechanical torque working on the superconductor disc. Parametric, serial analysis with LabelMover. Setting parameters for rotating. Deviation of the field. superconducting disc
Date: Jul 2010 Media type:tutorial Application: electrical engineering Author: Dr. James Claycomb