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The following is the list of T.E.A.M. problems availale in electronic format.
Notes:
Most problems are in Portable Document Format and have '.pdf' file extensions; these problems are denoted with a PDF symbol. Adobe Acrobat Reader is recommended for viewing this type of file and is available here.
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Problem 1a | The FELIX Long Cylinder Experiment | |
Problem 1b | The FELIX Short Cylinder Experiment | |
Problem 2 | Infinitely Long Cylinder in a Sinusoidal Field | |
Problem 3 | Bath Plate with 2 Holes | |
Problem 4 | The FELIX Brick Experiment | |
Problem 5 | The Bath Cube | |
Problem 6 | Sphere in Uniform Magnetic Field | |
Problem 7 | Asymmetrical Conductor with a Hole | |
Problem 8 | Coil Above a Crack: A Problem in Non-Destructive Testing | |
Problem 9 | Velocity Effects and Low Level Fields in Axisymmetric Geometries | |
Problem 13 | 3-D Non-Linear Magnetostatic Model | |
Problem 15 | Rectangular Slot in a Thick Plate: A Problem in Non-Destructive Evaluation | |
Problem 17 | The Jumping Ring | |
Problem 18 | Waveguide Loaded Cavity | |
Problem 19 | Microwave Field in a Loaded Cavity | |
Problem 20 | 3-D Static Force Problem | |
Problem 21 | 3-D Stray Field Loss Model: Benchmark Family | |
Problem 22 | SMES Optimization Benchmark | |
Problem 23 | Force Calculations in Permanent Magnets | |
Problem 24 | Nonlinear Time-Transient Rotational Test Rig | |
Problem 25 | Optimization of Die Press Model | |
Problem 27 | Eddy Current NDT and Deep Flaws | |
Problem 28 | An Electrodynamic Levitation Device | |
Problem 29 | Whole BodyCavity Resonator | |
Problem 30a | Induction Motor Analyses | |
Problem 30b | Analytic Analysis of Single and Three Phase Induction Motors | |
Problem 31 | Reconstruction of Low Frequency Currents | |
Problem 32 | Validation of Magnetic Field Analysis with Vector Hysteresis | |
Problem 33a Annex | Annex to TEAM problem 33a | |
Problem 33a | Experimental Validation of Magnetic Local Force Formulations | |
Problem 33b | Experimental Validation of Electric Local Force Formulations | |
Problem 34 | Analytical Solution to the Problem of a Spherical Induction Motor with an Anisotropic Rotor |
Problem 22 is available on the network from http://www.igte.tugraz.at/team22
For more information on Problem 34, visit http://www.elektr.polsl.pl/dspalek/