Advanced Manufacturing Operations Technologies : Principles, Applications, and Design Correlations in Chemical Engineering Fields of Practice (Paperback)

1. Instrumentation.  2. Chemical Plant - Engineering Materials.  3. Pressure Vessels.  4. Thermodynamics ? Mass, Enthalpy, Entropy, Free Energy, Internal Energy in Closed and Open Systems.  5. Fluid Dynamics ? Crystallization, Sedimentation, and Particle Dynamics.  6. Fluid Mechanics.  7. Heat Transmission ? Natural Convection, Forced Convection, Single- and Two-Phase (Boiling) Flow Systems.  8. Transport Phenomena.  9. Chemical Reaction Engineering.  10. Fuel and Power.  11. Electrochemistry/Corrosion.  12. Unit Operations.  13. Process Dynamics.  14. Mathematics.  15. Numerical Methods ? Computation.  16. Chemical Plant Design.  17. Experimentation.  18. Multi-Phase Flow.  19. Bio-Chemical Engineering.  20. Industrial Inks, Dyes, and Pigments.  21. Industrial Plastics.  22. Coating.  23. Industrial Adhesives.  24. Electronic Materials Processing. 25. Nuclear Power Plant - Reactor Heat Removal.  26. Pharmaceutical Manufacturing.  Appendix I. Process Flow Diagram ? Component Preparation, Compounding, Fill/Finish, and Packaging of Liquid Aseptic Operation.  Appendix II. Master Validation Plan.  Appendix III. Hand Calculations ? System Architecture and Computations for Nuclear Reactor Heat Removal Systems Computer Program.  Appendix IV. Chemical Reaction Fouling.  Appendix V. Proposal for New Plant construction.  Appendix VI. The Accident at Three Mile Island.  Appendix VII. Water Hammer in Nuclear Power Plants.  Appendix VIII. Selection and Design of Industrial Furnace Heaters.  Appendix IX. Chemical Reaction Fouling in Unit Operations.  Appendix X. Analysis of Single-Phase Flow in Power Plant Drain Systems.  Appendix XI. Case Studies.  Appendix XII. Heavy Metals Testing.