Chapter 1: Introduction
* Explains the purpose and scope of the book, which focuses on modeling branch lines in railway operations.
* Discusses the importance of branch lines for providing essential services and connecting remote areas.
Chapter 2: Railway Operations
* Outlines the fundamentals of railway operations, including train scheduling, signaling, and traffic control.
* Real example: Describes the operational challenges of a branch line in the UK, with single-track sections and limited passing loops.
Chapter 3: Track Modeling
* Covers the principles of track modeling, including track geometry, gradients, and clearances.
* Real example: Presents a detailed track model of a branch line in the US, with accurate measurements and elevation profiles.
Chapter 4: Rolling Stock Modeling
* Explores the different types of rolling stock used on branch lines, considering factors such as capacity, speed, and fuel efficiency.
* Real example: Compares the characteristics of diesel multiple units and railcars operating on a branch line in Australia.
Chapter 5: Timetable Modeling
* Explains how to develop realistic timetables for branch lines, taking into account operating constraints and passenger demand.
* Real example: Demonstrates the process of creating a timetable for a branch line in Switzerland, ensuring minimal delays and efficient train connections.
Chapter 6: Traffic Management
* Discusses techniques for managing traffic on branch lines, including train sequencing, priority allocation, and siding utilization.
* Real example: Describes the traffic management system implemented on a busy branch line in France, improving train punctuality and reducing congestion.
Chapter 7: Infrastructure Maintenance
* Highlights the importance of maintaining branch line infrastructure, covering track inspections, bridge repairs, and vegetation control.
* Real example: Presents a case study of a rehabilitation project on a branch line in Germany, extending its lifespan and ensuring safety.
Chapter 8: Capacity and Performance Analysis
* Provides methods for analyzing the capacity and performance of branch lines, identifying bottlenecks and optimizing operations.
* Real example: Uses simulation software to evaluate the capacity improvements achievable on a branch line in Canada, accommodating increased passenger and freight traffic.
Chapter 9: Economics and Sustainability
* Considers the economic and environmental aspects of operating branch lines.
* Real example: Assesses the financial viability and sustainability of a branch line in the UK, balancing operating costs with social and environmental benefits.
Chapter 10: Case Studies
* Presents in-depth case studies of successful branch line modeling projects from around the world.
* Real example: Examines the modeling and simulation of a branch line in the Netherlands, improving its efficiency and reliability through optimization techniques.
