Calculation Principles of Steel-Reinforced Concrete Composite Structures

Author: Zhao Shichun
Publisher:
Publish Date: 2004-02-01
Features: This book summarizes part of the research achievements of the author on composite steel-concrete structures, with a total of ten chapters. The content includes the development history of composite steel-concrete structures; establishing relevant equations for calculating the normal section bearing capacity of composite steel-concrete members based on the plane section assumption; analyzing and calculating the cumulative method for the bearing capacity of composite steel-concrete members according to the lower bound theorem of plastic theory, and using the cumulative method to establish calculation formulas for the normal section bearing capacity and shear capacity of composite steel-concrete members; utilizing relevant calculation formulas from current concrete structure design codes to establish formulas for calculating the stiffness and crack width of composite steel-concrete beams; adopting the cumulative method to analyze the anchorage calculation of composite steel-concrete columns and foundations; based on experimental results, analyzing the seismic performance and restoring force characteristics of composite steel-concrete members; and finally, providing an engineering example. This book can be used as a reference for science and technology personnel in civil engineering, as well as teachers, students, and postgraduate researchers in colleges and universities.