Handbook of Operations Research Applications at Railroads - Practical

In this review of the Handbook of Operations Research Applications at Railroads, the reviewer finds a focused, practitioner-oriented reference that maps how operations research has been applied to North American freight railroads. The single biggest reason to buy is its comprehensive, chapter-by-chapter treatment of real-world problems and the mathematical formulations behind them, making it valuable for analysts and managers who need concrete models rather than high-level theory. The tone is editorial and practical: this book is best used as a bridge between academic methods and operational railroad decision making.

Key Features

• Comprehensive coverage: The handbook spans eleven chapters that collectively survey the major ways operations research supports freight railroad operations, from scheduling to intermodal issues.
• Real-world formulations: Several chapters present explicit mathematical programming formulations that illustrate how to translate railroad problems into solvable models.
• Expert contributors: Each chapter is written by recognized scholars and experienced practitioners, offering both theoretical depth and practical insight.
• Decision-focused content: The text explores how decisions are made at railroads, helping readers understand the institutional and operational context of OR methods.
• Targeted topics: Coverage includes scheduling problems, empty railcar distribution, and intermodal rail, providing focused guides to common freight-rail challenges.

Who It's For

The handbook is aimed at transportation researchers, operations researchers, and railroad operations managers who want detailed examples of how to apply mathematical programming to freight railroad problems. Graduate students in transportation and practitioners building optimization models will find the chapter-level depth especially useful.

Readers looking for an introductory textbook on general operations research or a broad survey of passenger rail issues should look elsewhere, since the book concentrates on freight rail applications and assumes some familiarity with optimization concepts.

Pros & Cons

Pros

• Detailed, application-driven chapters that convert operational questions into mathematical formulations.
• Contributions from award-winning scholars and practitioners provide both credibility and practical perspective.
• Focused topic selection (scheduling, empty car distribution, intermodal) makes it efficient for railroad-specific work.

Cons

• Not a beginner textbook; readers without a background in optimization may find some chapters dense.

Specifications

Title	Handbook of Operations Research Applications at Railroads
Series	International Series in Operations Research & Management Science, 222
Focus	Applications of operations research to North American freight railroads
Chapters	Eleven chapters covering scheduling, empty railcar distribution, intermodal rail, and related topics
Authors / Editors	Chapters written by recognized scholars and practitioners led by Bruce W. Patty
Content type	Practical case studies and mathematical programming formulations

Our Verdict

The Handbook is a strong, practical resource for transportation analysts and railroad operations professionals who need applied optimization examples tied to freight railroad decision making. It delivers good value as a targeted reference for model development and operational insight, though readers new to mathematical programming should be prepared for technically dense sections.

Frequently Asked Questions

Does this book focus on passenger rail?
Answer. No, the handbook is explicitly concentrated on North American freight railroads and freight-specific operational problems.

Are there mathematical models included?
Answer. Yes, several chapters present explicit mathematical programming formulations and model descriptions for real-world railroad problems.

Who contributes the chapters?
Answer. Chapters are written by recognized, award-winning scholars and practitioners with deep subject knowledge.