A comparative study of modeling the magnetostatic field in a current-carrying plate containing an elliptic hole

Keyphrases

• Magnetic Field 100%
• Current Carrying Capacity 100%
• D2 Analysis 100%
• Elliptic Hole 100%
• Magnetostatic Field 100%
• Computational Results 50%
• Computational Modeling 50%
• Adaptive Mesh Refinement 50%
• Electric Current 50%
• Electric Current Density 50%
• Refinement Algorithm 50%
• 3D Analysis 50%
• Numerical Computation 50%
• Semi-major Axis 50%
• Current Flow 50%
• Maxwell's Equations 50%
• D-solutions 50%
• Uneven Distribution 50%
• Magnetostatics 50%
• Elliptical Hole 50%
• Conductive Plate 50%
• Crack Defect 50%
• Elliptic Coordinates 50%
• Numerical Discretization 50%
• Elementary Solution 50%
• Biot-Savart Law 50%
• Uniform Current 50%

Engineering

• Elliptic Hole 100%
• Magnetic Field 100%
• Magnetostatic Field 100%
• Numerical Computation 50%
• Conductive 50%
• Superposition 50%
• Current Flow 50%
• Adaptive Mesh Refinement 50%
• Elliptical Hole 50%
• Biot Savart Law 50%
• Maxwell's Equation 50%
• Elementary Solution 50%
• Discretization 50%
• Semimajor Axis 50%

Material Science

• Conductor 100%
• Numerical Computational Method 100%
• Density 100%