Pt. I. Modeling. Ch. 1. Cable Construction and Installations. Ch. 2. Modes of Heat Transfer and Energy Conservation Equations. Ch. 3. Circuit Theory Network Analogs for Thermal Modeling. Ch. 4. Rating Equations - Steady State Conditions. Ch. 5. Rating Equations - Transient Conditions -- Pt. II. Evaluation of Parameters. Ch. 6. Dielectric Losses. Ch. 7. Joule Losses in the Conductor. Ch. 8. Joule Losses in Screens, Sheaths, Armor and Pipes. Ch. 9. Thermal Resistances and Capacitances -- Pt. III. Advanced Topics. Ch. 10. Special Cable Installations. Ch. 11. Ampacity Computations Using Numerical Methods. Ch. 12. Economic Selection of Conductor Cross Section -- App. A. Model Cables -- App. B. An Algorithm to Calculate the Coefficients of the Transfer Function Equation -- App. C. Digital Calculation of Quantities Given Graphically in Figs. 9.1-9.7 -- App. D. Properties of Air at Atmospheric Pressure -- App. E. Calculation Sheets for Steady-state Cable Ratings
App. F. Differences between the Neher/McGrath and IEC 287 Methods
