Examples

Executed galleries built from the scripts under examples/<domain>/. Download source or notebooks from each example.

Structures and Machines

engineeringkit.structural_engineering

Elasticity, beams, columns, stress transformations and planar trusses.

Examples

engineeringkit.mechanical_engineering

Rigid-body motion, gears, mechanisms and inspectable vibration histories.

Examples

Energy and Flow

engineeringkit.thermodynamics

Ideal gases, heat/work accounting, ideal cycles and exergy.

Examples

engineeringkit.fluid_engineering

Fluid statics, pipe flows, similarity, flow measurement and pumps.

Examples

engineeringkit.heat_transfer

Conduction, convection, radiation, fins and heat exchangers.

Examples

engineeringkit.aerodynamics

Airfoil and wing baselines, drag polars and compressible flow.

Examples

Circuits, Signals and Control

engineeringkit.electrical_engineering

DC and AC circuits, transients, RLC resonance and electrical power.

Examples

engineeringkit.control_systems

Classical stability, PID responses, state feedback, LQR and estimation.

Examples

engineeringkit.signal_processing

Sampling, Fourier transforms, spectra, filtering and quantization.

Examples

engineeringkit.communications

Modulation, noise, channel capacity, detection and link budgets.

Examples

Materials and Reliability

engineeringkit.materials

Elastic constants, yielding, fracture, fatigue, creep and composites.

Examples

engineeringkit.reliability

Lifetime distributions, independent systems, availability and maintenance.

Examples

Tutorials, exercises and model guides

Tutorials follow one problem across several domains, and Exercises give a problem set per domain with worked solutions.

• Tutorials
• Exercises
• Installation and quickstart
• Numerical methods and inspectable histories
• Structural engineering: loads, signs and linear elasticity
• Mechanical engineering: power, vibration and mechanism geometry
• Thermodynamics: total versus specific quantities and cycle states
• Fluid engineering: flow regimes and signed quantities
• Heat transfer: absolute temperatures and resistance accounting
• Aerodynamics: incompressible limits and compressible conservation
• Electrical engineering: passive components and circuit responses
• Control systems: matrix contracts and numerical stability
• Signal processing: sampled energy, spectra and quantization
• Communications: linear ratios, modulation phase and channel scope
• Materials: elasticity, fracture and fatigue conventions
• Reliability: distributions, independence and rate units