PEM Fuel Cell: From Electrochemistry to Systems - Hardcover
PEM Fuel Cell: From Electrochemistry to Systems - Hardcover
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by Ronald H. Miller (Author)
PEM Fuel Cell: From Electrochemistry to Systems follows the proton exchange membrane fuel cell from the thermodynamics and kinetics of the electrode reactions through transport in porous layers, water management and degradation to system architecture, controls and digital twins.
Each topic moves between physical interpretation, mathematical derivation, a worked example and a computational check, connecting cell-level physics to the engineering decisions made in real fuel cell programs.
Contents:
Chapter 1: Foundations of Fuel Cell Science
Chapter 2: Electrochemistry and Kinetics
Chapter 3: Transport Phenomena
Chapter 4: Porous Media and MPL Physics
Chapter 5: Multi-Physics Modeling and Computational Frameworks
Chapter 6: Multiphase Flow and Water Management
Chapter 7: Degradation and Durability
Chapter 8: System Design, Architecture, and Engineering Integration
Chapter 9: Future Directions: AI, Digital Twins, and Autonomous Fuel Cell Engineering
Chapter 10: Multi-Scale Simulation, Controls Integration, and Failure Mode Analysis
Appendices: Electrochemical and Thermodynamic Reference Data; Mathematical Methods Reference; Characterization Methods and Accelerated Stress Test Protocols; Glossary of Key Terms; Curriculum Map and Suggested Course Structures; Computational Exercises
Inside: full derivations with the assumptions behind each model stated; worked examples and end-of-chapter exercises, including computational exercises with OpenFOAM and lattice Boltzmann methods; characterization and accelerated stress test protocols; full-color figures throughout.
Part of the Physics First Series. Companion computational materials are available at physicsfirstseries.com.
Written for graduate students in chemical, mechanical and electrical engineering, physics and materials science, and for engineers and researchers working on hydrogen fuel cell technology.
