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1 957 kr
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.
All the ILS expertise needed to achieve a more supportable system and cost-effective support infrastructure
Engineers and managers can turn to the updated Third Edition of Integrated Logistics Support Handbook for expert guidance on applying Integrated Logistics Support (ILS) for acquisition and procurement planning in new product development. Long-established as the definitive ILS resource, this handbook distills thousands of pages of directives, instructions, and related material into a coherent, one-stop reference that can be used to enhance any military or commercial project. The Third Edition features new information on reliability and maintainability engineering…testability…supportability engineering…cost of ownership…personnel…support equipment…training…technical documentation…level-of-repair analysis…software support…life-cycle cost…logistics plans…contracts…and much more.
Filled with step-by-step guidelines and 300 illustrations, the updated Integrated Logistics Support Handbook explains how to:
Meet the requirements of MIL-PRF 49506, Logistics Management InformationDevelop and measure Performance-Based Logistics requirementsNew to this edition: applications of ILS to software-based systems, applications to commercial off-the-shelf solutions, and the latest Department of Defense requirements1 486 kr
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Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.
Utilize the Latest Supportability Tools and Methods to Design Durable and Maintainable Systems
Engineers in both the commercial and military sectors can rely on the Supportability Engineering Handbook for complete support criteria that ensure the performance of products ranging from automobiles to spacecraft. This one-of-a-kind resource offers the latest supportability tools and methods for designing complex systems that will last a long time and be easy to maintain in actual use.
World-renowned supportability and logistics expert James V. Jones shows readers how to create supportable design solutions through effective system architecting, system and design engineering, and integration. He fully analyzes reliability, maintainability, and testability, and also explores every aspect of supportability. In addition, the author presents detailed coverage of reliability-centered maintenance…safety and human factors engineering…cost of ownership…supportability assessment and testing… configuration management and control…and much more.
The Supportability Engineering Handbook features:
Step-by-step guidelines for implementing supportabilityState-of-the-art measurement methods and toolsA wealth of cutting-edge system design knowledgeAn expert critique of commercial off-the-shelf applicationsAchieve Optimal Supportability in the Design of Complex Systems
• The Evolving Supportability Design Solution • Creating the Design Solution through System Architecting, System Engineering, Design Engineering, and Integration Engineering • Reliability, Maintainability, and Testability Engineering • Supportability Characteristics • Reliability Centered Maintenance • Safety and Human Factors Engineering • Cost of Ownership • Supportability Analysis • Supportability Assessment and Testing • Configuration Management and Control • Special Considerations: Software, Off the Shelf Items • Abbreviations and Acronyms • Glossary of Terms208 kr
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Aeroform: Designing for Wind and Air Movement provides a comprehensive introduction to applying aerodynamic principles to architectural design. It presents a challenge to architects and architectural engineers to give shape to the wind and express its influence on architectural form.
The wind pushes and pulls on our buildings, infiltrates and exfiltrates through cracks and openings, and lifts roofs during storm events. It can also offer opportunities for resource conservation through natural ventilation or a biophilic connection between indoors and out. This book provides basic concepts in fluid mechanics such as materials, forces, equilibrium, pressure, and hydrostatics; introduces the reader to the concept of airflow; and provides strategies for designing for wind resistance, especially in preventing uplift. Natural ventilation and forced airflow are explored using examples such as Thomas Herzog’s Hall 26 in Hanover, RWE Ag building in Essen Germany, and the Kimbell Art Museum in Texas. Finally, issues of wind and airflow measurement are addressed.
A reference for students and practitioners of architecture and architectural engineering, this book is richly illustrated and presents complex concepts of aerodynamic engineering in easy-to-understand language. It prepares the architect or architectural engineer to design buildings that are visually expressive of a dialogue between wind and built form.
708 kr
Läs direkt efter köp
Aeroform: Designing for Wind and Air Movement provides a comprehensive introduction to applying aerodynamic principles to architectural design. It presents a challenge to architects and architectural engineers to give shape to the wind and express its influence on architectural form.
The wind pushes and pulls on our buildings, infiltrates and exfiltrates through cracks and openings, and lifts roofs during storm events. It can also offer opportunities for resource conservation through natural ventilation or a biophilic connection between indoors and out. This book provides basic concepts in fluid mechanics such as materials, forces, equilibrium, pressure, and hydrostatics; introduces the reader to the concept of airflow; and provides strategies for designing for wind resistance, especially in preventing uplift. Natural ventilation and forced airflow are explored using examples such as Thomas Herzog’s Hall 26 in Hanover, RWE Ag building in Essen Germany, and the Kimbell Art Museum in Texas. Finally, issues of wind and airflow measurement are addressed.
A reference for students and practitioners of architecture and architectural engineering, this book is richly illustrated and presents complex concepts of aerodynamic engineering in easy-to-understand language. It prepares the architect or architectural engineer to design buildings that are visually expressive of a dialogue between wind and built form.
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