Structural Fire Loads: Theory and Principles (Anglais) Relié – 1 juin 2012
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Descriptions du produit
Biographie de l'auteur
Leo Razdolsky, Ph.D., P.E., S.E., has more than 45 years' experience in structural engineering. His expertise includes high-rise and mid-rise building design, field inspections, and construction management. Specialty projects include stadiums, cable structures, exhibition halls and pavilions, power plants, cooling towers, and bridges. Dr. Razdolsky has been teaching various structural engineering courses at the University of Illinois at Chicago and Northwestern University for more than 15 years. For the past five years, he has been conducting research connected with the analytical methods of obtaining the structural fire load and high-rise building design subjected to abnormal fire conditions. Dr. Razdolsky is currently a member of the Council on Tall Buildings and Urban Habitat's (CTBUH's) Fire & Safety Working Group.
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Détails sur le produit
Commentaires en ligne
Commentaires client les plus utiles sur Amazon.com (beta)
1. "Increased structural integrity, including methods for preventing conditions that could result in progressive collapse (when a building or a significant portion of a building collapses due to disproportionate spread of an initial local failure), standardizing the estimation of wind loads that frequently govern the design of tall buildings, and enhancing the stability of tall buildings.
2. Enhanced fire resistance of structures, including the technical basis for determining construction classification and fire resistance ratings, improvements to the technical basis for standard fire resistance testing methods, adoption of the "structural frame" approach to fire resistance ratings, and in-service performance requirements and conformance assessment criteria for spray-applied fire resistive materials.
3. New methods for designing structures to resist fires, including the objective of burnout without collapse, the development of performance-based methods as an alternative to current prescriptive design methods, the development and evaluation of new fire resistive coating materials and technologies, evaluation of the fire performance of conventional and high-performance structural materials, and elimination of technical and standards barriers to the introduction of new materials and technologies.
4. Education and training programs for fire protection engineers, structural engineers, and architects".
The required above information is covered in depth in this book. The content is presented in an easy to read format with great examples! Many examples include detailed computations that demonstrate a STEP-BY-STEP process!!!!
This is a must for any fire protection and structural engineer.
It is important that the textbook is published by the McGraw-Hill and International Code Council (ICC) publishing companies, so it is supported by a reputable source.
This book covers a lot, and is more comprehensive than other books of its type. It has very good material on `traditional way' of structural fire design using standard temperature-time curve and parametric fire curves (that are incorporated into Eurocode 1-1-2, annex A), as well as the new (author's) approach to the performance-based method.
The computational procedures that are developed in this book were then applied to create the functional relationships between structural fire load (SFL) and opening factor; fuel load; fire duration; decay period; geometry of the fire compartment, etc. The comparison of Eurocode parametric curves and SFL curves is also presented in this book. Finally, the computational procedure for passive fire protection design is also established in this book. The output of such computations is the temperature-time function that is used for structural analyses and design. Traditional (standard) structural systems (such as beams, simple frames, trusses, and arches) subjected to the SFL are analyzed and designed.
The book provides an excellent and detailed guide to critical issues that are connected with the structural fire load, including making transparent practices for undertaking the building design process to evaluate the structures behavior subjected to such loading condition. Filled with well-researched data about fire protection material types, it also contains excellent reference sections at the end of each chapter. It is well organized and presented, the examples easy to follow and the problems flow from the material.
The main audience is practicing structural and fire prevention engineers. The scope of the work is broad enough to be useful to practicing and research engineers and to serve as a teaching tool in colleges and universities.
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