© 2002

Operational Logistics

The Art and Science of Sustaining Military Operations


Table of contents

  1. Front Matter
    Pages i-xv
  2. Moshe Kress
    Pages 1-16
  3. Moshe Kress
    Pages 37-71
  4. Moshe Kress
    Pages 73-100
  5. Moshe Kress
    Pages 101-124
  6. Moshe Kress
    Pages 125-148
  7. Moshe Kress
    Pages 149-166
  8. Moshe Kress
    Pages 167-188
  9. Moshe Kress
    Pages 217-243
  10. Back Matter
    Pages 245-247

About this book


Operational Logistics: The Art and Science of Sustaining Military Operations explores military logistics in terms of the theoretical foundations of operational logistics (OpLog) and its applications. The theoretical foundations are examined with regard to two dimensions. First, the artistic or qualitative aspects of contemporary logistics are looked at in the context of the operational level of war. These OpLog aspects include principles, imperatives and tenets, which are stated and analyzed. The second dimension relates to the scientific aspects of logistics. It is manifested by a formal network model that represents the structural and operational features of an OpLog system. Hence the book examines both artistic and scientific dimensions of military logistics and integrates the respective qualitative and quantitative aspects into a unified and definitive presentation of operational logistics.

Chapter 1 presents a general introduction to military logistics. Chapter 2 discusses the general structure and characteristics of logistics and describes its three levels - strategic, operational and tactical. Chapter 3 focuses on Operational Logistics (OpLog). Chapter 4 deals with the logistics planning process. Chapter 5 addresses the issue of logistics information. Chapter 6 deals with forecasting logistics demands. Chapter 7 introduces the first version of the logistics network model. Chapter 8 addresses an important property of an OpLog system - Flexibility. Chapter 9 discusses two major (and dual) issues in OpLog practice: force accumulation and medical treatment and evacuation. Chapter 10 presents an inter-temporal network optimization model that is designed to determine deployment and employment of the support chain in an OpLog system.


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Authors and affiliations

  1. 1.Center for Military AnalysesIsrael

About the authors

Dr. Kress is a Research Fellow at RAFAEL, heading the Logistics and Combat Modeling Branch of the Center for Military Analyses (CEMA), Haifa, Israel. He also teaches at the Faculty of Industrial Engineering and Management, Technion - Israel Institute of Technology. Dr. Kress has been leading major logistics research projects for the Israel Defense Forces (IDF) for over a decade.

Bibliographic information

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