
Part 1. Transformer. AC magnetics problem. Creating a new problem, importing a *.dxf file, labeling objects, assigning properties. Transformer model parts: winding, insulation, core, surface. Nonlinear materials. Permeability, conductivity.
Part 2. Adding electric circuit. Primary and secondary winding, AC voltage supply, mixed load. Building the mesh, solving the problem, running the simulation, results. Adjusting the field picture. Local values, plots, tables, flux density distribution.
Part 3.Calculating inductance in a direct way: measuring flux density by contour. Flux leakage. Adjusting the picture.
Part 4. Heat transfer problem. Temperature distribution in transformer. Properties: thermal conductivity, power losses (to be taken from magnetic problem), convection (case of air cooled transformer). Coupling the problems to analyze complex physical phenomena. Changing design, seeing results (oil cooled transformer).
Part 5. Synchronous machine. Torque, inductances, cogging. Model and properties, stator, rotor, magnets. Magnetic field distribution in the motor. Results visualization.
Part 6. Calculating some specific parameters. Torque, inductances. Rotating the rotor, calculating the flux. Contour in the air gap. Analyzing harmonics in flux density distribution. Analyzing cogging.
Part 7. Mechanical stress in the coil. Specifying properties, calculating. Stress distribution. Adjusting the field picture. Electric problem: core conductor insulation. Potentials in the electric machine.
Part 8. Asynchronous machine. AC magnetics problem. Rotor, stator. Magnetic field distribution. Torque.
Part 9. Automation in QuickField. ActiveField API. LabelMover  a utility for parametric analyses types (serial, tolerance, parametric).
