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Electromagnetics & Field TheoryDiscipline: Electromagnetic Field Theory (EEE2004)

Magnetostatics, Biot-Savart Law & Ampère Loop Integrator

Interactive 2D/3D magnetostatic simulation suite exploring the Biot-Savart law for wires, loops, and solenoids, closed Ampèrian loop line integration (∮ H · dL = Ienc), parallel Lorentz wire forces, and magnetic boundary refraction across media interfaces.

Instrument State:Live Analytical DSP Engine
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Technical Instrument Specifications

Biot-Savart EngineConcentric B-field rings, loop on-axis Bz(z), & solenoid core
Ampère Loop∮ H · dL = Ienc closed numerical line integrator
Magnetic ForcesAmpère parallel wire force F/L = μ0 I1 I2 / (2πd) & torque τ = m × B
Boundary Lawtan(θ1)/tan(θ2) = μr1/μr2 with Bn and Ht continuity

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Vector Fields, Del Calculus & Electrostatic Mapping Lab

Interactive electromagnetic field theory laboratory featuring vector field calculus (Divergence ∇·F and Curl ∇×F), electrostatic point charge mapping, equipotential contour generation, and Gauss's law enclosed surface flux integration.

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Electrostatic Fields, Gauss's Law & Dielectric Refraction Lab

Interactive 2D spatial electrostatic vector field simulator mapping E = -∇V, equipotential contour rings, closed Gaussian surface flux integration (∮ D · dA = Qenc), and dielectric boundary refraction across varying relative permittivities.

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Maxwell's Equations & Uniform Plane Wave Propagation Lab

Interactive 3D/2D electrodynamic simulation suite demonstrating transverse electromagnetic (TEM) wave propagation, real-time Poynting power vector flow, loss tangent & skin depth penetration in conductors, wave polarization (linear, circular RHCP/LHCP, elliptical), and normal interface reflection/VSWR standing waves.

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