Advanced Applications of Multi-layer and High-rise Structure CAD Software

Author: Chen Daolin
Publisher:
Publish Date: 2004-10-01
Features: This book addresses the common issues and concerns encountered by users in the application of PKPM system 2002 new code version multi-story and high-rise CAD software for over a year. It is divided into 12 topics, focusing on explaining the relevant conditions required to comply with certain new code provisions, the reasonable values of various input parameters, the correct operation steps of the software, the interpretation of calculation results, and application precautions. The 12 topics covered in the book are: reasonable assumptions of floor stiffness in building structural analysis, the number of vibration modes in structural calculations, the concept and control of structural weak stories, the analysis and design of the interaction between the superstructure and the basement, the design of shear walls and their edge components, the design of short-story shear wall structures, the analysis of high-rise structures with transfer floors, the analysis of multi-tower, staggered, and jointed structures, the elastoplastic analysis of multi-story and high-rise structures, non-load effects, the design of structures under cranial load, and the analysis of multi-story and high-rise steel structures. This book addresses the common issues and concerns encountered by users in the application of PKPM system 2002 new code version multi-story and high-rise CAD software for over a year. It is divided into 12 topics, focusing on explaining the relevant conditions required to comply with certain new code provisions, the reasonable values of various input parameters, the correct operation steps of the software, the interpretation of calculation results, and application precautions. The 12 topics covered in the book are: reasonable assumptions of floor stiffness in building structural analysis, the number of vibration modes in structural calculations, the concept and control of structural weak stories, the analysis and design of the interaction between the superstructure and the basement, the design of shear walls and their edge components, the design of short-story shear wall structures, the analysis of high-rise structures with transfer floors, the analysis of multi-tower, staggered, and jointed structures, the elastoplastic analysis of multi-story and high-rise structures, non-load effects, the design of structures under cranial load, and the analysis of multi-story and high-rise steel structures.