Construction Equipment Management For Engineers Estimators And Owners Second Edition

Based on the authors' combined experience of seventy years working on projects around the globe, Construction Equipment Management for Engineers, Estimators, and Owners contains hands-on, how-to information that you can put to immediate use. Taking an approach that combines analytical and practical results, this is a valuable reference for a wide r

Construction Equipment Management for Engineers, Estimators, and Construction Managers, Second Edition has been extensively rewritten to not only bring it up to date with the state of current practice, but also to serve as a textbook for university courses in construction engineering and management. The authors advanced the previous edition’s practical, hands-on approach and added material on the future of construction equipment fleet management, which they believe will require a new technology-based skillset to maximize the cost-effectiveness of construction equipment operations. As such, the book covers the latest construction equipment technologies. Features: Examines emergent technologies in the field, including automated machine guidance systems, intelligent compaction operations, and equipment-related civil integrated management tools. Provides information on how to reduce an equipment fleet’s environmental impact, decreasing greenhouse gas emissions through enhanced equipment management and optimization practices. Discusses estimating equipment ownership, operating costs, economic life and optimal replacement timing. Demonstrates how to maximize profit by determining the optimum equipment mix and estimating productivity. Illustrates the use of production-based linear scheduling and stochastic simulations to maximize project cost and schedule certainty. This new edition will serve as an essential textbook for students as well as a valuable reference for a wide range of professionals within the construction, architecture, and engineering industries.

"Construction equipment management for engineers, estimators, and construction managers, second edition has been extensively rewritten to not only bring it up to date with the state of current practice, but also to serve as a textbook for university courses in construction engineering and management. The authors advanced the previous edition's practical, hands-on approach and added material on the future of construction equipment fleet management, which they believe will require a new technology-based skillset to maximize the cost-effectiveness of construction equipment operations. As such, the book covers the latest construction equipment technologies. Features: examines emergent technologies in the field, including automated machine guidance systems, intelligent compaction operations, and equipment-related civil integrated management tools. Provides information on how to reduce an equipment fleet's environmental impact, decreasing greenhouse gas emissions through enhanced equipment management and optimization practices. Discusses estimating equipment ownership, operating costs, economic life and optimal replacement timing. Demonstrates how to maximize profit by determining the optimum equipment mix and estimating productivity. Illustrates the use of production-based linear scheduling and stochastic simulations to maximize project cost and schedule certainty. This new edition will serve as an essential textbook for students as well as a valuable reference for a wide range of professionals within the construction, architecture, and engineering industries"--

A valuable reference for those in civil/construction technology, this practical and informative guide provides critical knowledge of construction equipment, its use, and management considerations. It provides clear, concise explanations of concepts, supported by detailed example problems and realistic exercises, and requires only limited knowledge of construction equipment. Covers all major types of equipment typically used on commercial construction projects, and illustrates the operational capabilities of each type with numerous figures. Shows how to select the proper equipment for specific construction tasks, and discusses techniques for estimating equipment productivity and costs. Discusses major equipment management issues, including the time value of money, fleet management, and maintenance management. Contains a glossary, common conversion factors, and tables of interest factors.

This book guides readers in planning, estimating, and directing construction equipment operations toward achieving the best possible result. Every effort is made to present such advanced management techniques as quantitative management methods, queuing theory, and system simulation in a way that can be easily understood and used by those with little background in higher mathematics or operations research. Coverage features new chapters on compressed air and water systems, lifting equipment, and the production of aggregate, concrete, and asphalt mixes as well as expanded discussions of more traditional topics, including compaction equipment and techniques, construction safety and environmental health, loaders, pavement repair and rehabilitation, quantitative management methods, the rent-lease-buy decision, rock excavation production and cost, roller compacted concrete, the simulation of construction equipment operations, soil stabilization, and trenchers and trenchless technology. For construction and construction equipment managers and engineers.

With the construction boom reaching over $300 billion by the early 1990s in the United States alone, this comprehensive and accessible guide is more important than ever for the budget-minded contractor. Presenting quick engineering know-how for the performance and satisfactory completion of construction using commonly recognized equipment, it deals with the physical concepts of the work, the surrounding conditions and equipment requirements, with an emphasis on controls governing the equipment's performance.