New Arrivals
Resistance to strong earthquake and continuous collapse of prefabricated concrete structure
This book is one of a series of "basic theory of prefabricated concrete construction technology" edited by Professor Wu Gang of Southeast University. "The basic theory series of prefabricated concrete construction technology" is a national publishing fund project in 2020 and a national key book publishing project in the 13th five year plan. Relying on the "basic theory of prefabricated concrete industrial building technology" of the key special project of "green building and building industrialization" of the national key research and development plan, the main research results of domestic research advantageous units of assembled concrete building, such as Southeast University, Tongji University, Tsinghua University, Zhejiang University, Hunan University and Shenyang Construction University, are collected from the "equivalent cast-in-place" assembly type Through the theoretical analysis, experimental research and finite element simulation and other technical means, this paper systematically summarizes and studies the key common technologies and leading technologies of prefabricated concrete buildings It provides theoretical and technical support for the realization of large-scale, high-efficiency and sustainable development of prefabricated structure in China, and is the concentrated display of theoretical achievements in the field of construction industrialization in recent years.
This book aims at the study of the performance of prefabricated concrete structures under extreme conditions such as strong earthquake and accidental load.
Book information
Title: prefabricated concrete structure against strong earthquake and continuous collapse
Book No.: ISBN 978-7-5641-8569-5
Price: 98.00 yuan
By Li Quanwang
Publication date: April 2020
Press: Southeast University Press
Summary
Different from the traditional cast-in-place concrete structure, the main components of the prefabricated concrete structure are prefabricated in the factory, and then they are transported to the site to form a whole depending on the connection / node of the site construction. The connection performance becomes the key factor affecting the overall performance of the structure, which also leads to some obvious changes in the anti-seismic and anti continuous collapse performance of the prefabricated concrete structure compared with the cast-in-place structure, It is worth further study.
In this book, the seismic performance and continuous collapse resistance of prefabricated concrete structures are systematically studied from three aspects of model test, numerical simulation and theoretical research, including the numerical analysis method of strong nonlinear behavior of assembled concrete structures under extreme load, the mechanical properties of grouting sleeve connections at room temperature, high temperature and construction defects, and various sub structures The latest research results in the aspects of the performance of continuous collapse prevention and improvement technology, structural safety analysis method and performance evaluation under strong earthquake. This book not only provides detailed and reliable test data of relevant research, but also introduces various theories and methods of numerical simulation and performance analysis, which can be used for reference by researchers and designers engaged in prefabricated concrete structures, as well as for teaching and research in this field carried out by teachers and students of relevant majors in colleges and universities.
About the author
Li Quanwang, Tianjin native, doctor of engineering, doctoral supervisor, associate professor of Civil Engineering Department of Tsinghua University, editorial board member of international journal structural safety, executive director of inspection, appraisal, reinforcement and reconstruction branch of China Building Metal Structure Association, member of structural reliability Professional Committee of Bridge Branch of China Civil Engineering Society. The main research fields include: theory, method and engineering application of time-varying reliability of structure, durability design and long-term performance evaluation of structure based on reliability, urban toughness evaluation index and method based on multi system coupling under natural disasters, etc.
Zhang Wangxi, born in Huanggang, Hubei Province, doctor of engineering, doctoral supervisor, Professor of the school of civil engineering, Hunan University, deputy director of the Department of construction engineering, member of the professional committee of building collapse resistance of the anti earthquake and disaster prevention branch of China construction society, member of the safety supervision expert database of Hunan work safety committee, member of the technical scheme demonstration expert database of construction safety in Hunan Province, and many domestic and foreign journals Reviewer. The main research fields include: anti-seismic and anti collapse analysis of concrete and masonry structure, structural reliability analysis, detection, appraisal and reinforcement, interaction between foundation and superstructure, theory and application of prefabricated concrete structure, etc.
Abstract
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