| Title | Composite Construction in Steel and Concrete VI |
| Author(s) | Leon, Roberto T., Perea, Tiziano, Rassati, Gian Andrea, Lange, Jörg |
| Publisher | American Society of Civil Engineers |
| Year | 2011 |
| Edition | 1ère édition |
| Language | English |
| Pages | 777 pages |
| ISBN | 9780784411421 |
| Genre / Domain | Civil Engineering, Structural Engineering |
| Size | 27.75 MB |
| Extension |
Summary
"Composite Construction in Steel and Concrete VI" is a comprehensive proceedings volume that captures the state-of-the-art research and developments presented at the sixth International Conference on Composite Construction, held in July 2008 at the Devil's Thumb Ranch in Tabernash, Colorado [citation:1][citation:2][citation:4]. Edited by an esteemed team of experts including Roberto T. Leon, Tiziano Perea, Gian Andrea Rassati, and Jörg Lange, this collection compiles 63 peer-reviewed technical papers that offer an in-depth examination of modern composite construction practices on a global scale [citation:2][citation:12][citation:13]. Published by the American Society of Civil Engineers (ASCE), the book stands as a definitive reference for structural engineers, researchers, and construction professionals seeking to stay at the forefront of this specialized field [citation:6][citation:12].
At the heart of this volume lies a deep exploration of the critical topics that define contemporary composite construction. The papers are organized into key thematic sections, beginning with a detailed analysis of shear connection, where researchers investigate the behavior, fatigue resistance, and group effects of headed studs and other connectors [citation:1]. The book also examines composite slab systems, presenting innovative designs and evaluating the structural performance of steel-concrete composites under diverse loading conditions [citation:9]. It provides extensive coverage of composite beams and columns, including the behavior of concrete-filled steel tubes and the design of hybrid structural systems, as detailed in the proceedings' comprehensive table of contents [citation:1][citation:9][citation:13]. A significant portion of the work is devoted to the fire and seismic resistance of composite structures, a crucial area for ensuring safety and resilience in modern buildings and infrastructure [citation:12].
The practical value of this research is immense, providing engineers and designers with concrete methodologies and validated data to enhance their projects. The papers offer insights into the design and analysis of composite bridges, providing guidelines for improving their performance and longevity [citation:9]. Studies on shear connectors and composite slabs directly translate to safer and more efficient building practices, while research on composite columns informs the creation of more robust and economical high-rise structures [citation:13]. By showcasing real-world case studies, such as the multi-storey car park in Stuttgart, and innovative solutions, the book successfully bridges the gap between theoretical research and on-the-ground engineering challenges, enabling professionals to apply cutting-edge techniques to their work [citation:1][citation:13].
This proceedings is primarily targeted at an audience of structural engineers, academics, and graduate students specializing in civil and structural engineering. It serves as an essential reference for professionals involved in the design, analysis, and construction of composite steel-concrete structures, from bridges to high-rise buildings [citation:2]. The advanced technical content is particularly suited for those with a strong background in structural analysis and design, offering a deep dive into specialized topics that extend beyond foundational knowledge [citation:4][citation:6]. The volume is also invaluable for researchers seeking to understand current trends and future directions in composite construction, with its content reflecting the collaborative efforts of leading international experts [citation:1][citation:4].
The reputation of "Composite Construction in Steel and Concrete VI" is firmly established within the engineering community, forming part of a respected series of conference proceedings. Its comprehensive nature, covering everything from shear connectors to seismic performance, ensures its enduring relevance for practitioners looking to implement the latest composite solutions [citation:4][citation:13]. As such, it is an indispensable addition to the library of anyone serious about advancing their knowledge and practice of steel-concrete composite construction, providing a benchmark for the field [citation:12].
Key Features
- Compiles 63 peer-reviewed technical papers from the Sixth International Conference on Composite Construction in Steel and Concrete [citation:2][citation:12].
- Covers a comprehensive range of topics including composite bridges, slabs, columns, and innovative structural systems [citation:9][citation:12].
- Provides in-depth analysis of shear connector behavior, fatigue, and group arrangement effects [citation:1].
- Includes dedicated sections on the fire and seismic resistance of composite structures [citation:1][citation:12].
- Features research on advanced materials like high-performance concrete and steel-FRP composite systems [citation:1][citation:9].
- Offers practical design models and methodologies for composite beams, slabs, and columns [citation:1][citation:9].
- Showcases case studies of real-world projects, such as the multi-storey car park in Stuttgart [citation:1][citation:13].
- Presents the state-of-the-art in composite construction globally, with contributions from international experts [citation:4][citation:12].
- Includes a wide range of experimental and numerical studies, validating design approaches [citation:1][citation:9].
- Serves as a valuable reference for harmonization of design rules, particularly in Europe [citation:1].
- Published by the American Society of Civil Engineers, ensuring high editorial quality [citation:2].
- The papers are eligible for all ASCE awards and for discussion in the Journal of Structural Engineering [citation:1].
About Author
Roberto T. Leon is a distinguished professor and the David H. Burrows Professor in Construction Engineering at Virginia Tech, one of the leading researchers in steel-concrete composite structures and earthquake engineering [citation:5][citation:8]. He earned his B.S.C.E. from the University of Massachusetts at Amherst, an M.S.C.E. from Stanford University, and a Ph.D. from the University of Texas at Austin in 1983 [citation:2][citation:8]. His career includes faculty positions at the University of Minnesota and Georgia Tech, and his work has significantly impacted numerous national and international design codes [citation:5][citation:8]. Dr. Leon is a prolific author of over 150 journal articles and a recipient of numerous prestigious awards, including the ASCE Norman Medal (2000), the AISC T.R. Higgins Lectureship Award (1993), and the ASCE Huber Prize (1988) [citation:5][citation:8].
Beyond his academic achievements, Dr. Leon is a highly respected leader in the structural engineering community. He has served as President of the Structural Engineering Institute (SEI) of ASCE, President of the Consortium of Universities for Research in Earthquake Engineering (CUREE), and on the Board of Governors of the Earthquake Engineering Research Institute [citation:5][citation:8]. His extensive expertise has also been applied to forensic engineering, where he contributed to the investigation of the tragic I-35W bridge collapse in Minneapolis in 2007 [citation:8]. Together with his co-editors, Tiziano Perea, Gian Andrea Rassati, and Jörg Lange, Dr. Leon has compiled this essential reference on composite construction [citation:2][citation:8].
Related Books
- Composite Structures of Steel and Concrete: Beams, Slabs, Columns, and Frames for Buildings — R.P. Johnson
- Design of Composite Steel and Concrete Structures — R. Narayanan
- Steel-Concrete Composite Structures — R.P. Johnson
- Composite Steel and Concrete Structural Design — Mohamed A. El-Reedy
- Advanced Composite Structures in Civil Engineering — A. Zingoni
- Composite Construction Design for Buildings — Ivan M. Viest et al.
- Finite Element Analysis of Composite Structures — R. F. Gibson
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FAQ
Q : What specific topics are covered in this proceedings volume?
R : The volume covers a wide range of topics including composite bridges, composite slabs and beams, shear connectors, composite columns and foundations, innovative structural systems, and the fire and seismic performance of composite structures [citation:1][citation:12]. It also includes research on practical applications and design methodologies [citation:9].
Q : Who are the editors of "Composite Construction in Steel and Concrete VI"?
R : The volume was edited by Roberto T. Leon of Virginia Tech, Tiziano Perea, Gian Andrea Rassati, and Jörg Lange. They are all recognized experts in the field of structural engineering and composite construction [citation:2][citation:6].
Q : Is this book a suitable reference for practical engineering design?
R : Yes, the book is an excellent reference for practicing structural engineers. It contains numerous design models, experimental data, and case studies that directly inform practical design and construction of composite structures, making it a valuable resource for professionals [citation:1][citation:9].
Q : Is this book part of a series?
R : Yes, this is the sixth volume in a series of proceedings from the International Conference on Composite Construction in Steel and Concrete. The series has a strong reputation for documenting the latest advancements in the field [citation:1][citation:6].
Q : What is the academic level of the content in this book?
R : The content is highly technical and is geared towards graduate students, researchers, and experienced professionals in civil and structural engineering. A solid foundation in structural analysis and design is recommended to fully benefit from the papers [citation:4][citation:6].
Q : Why is this conference considered important in its field?
R : The conference is a premier event where leading experts from around the world share their latest research and advancements in composite construction [citation:1]. The proceedings from these conferences are considered benchmarks for the state-of-the-art in the industry and are widely cited in subsequent research [citation:4][citation:12].
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