Simulation Theoretical Methods and Applications of Construction Systems for Large Underground Cave Groups

Author: Zhong Denghua
Publisher:
Publish Date: 2003-12-01
Features: This book is divided into two main parts. The first part is the Theoretical and Methodological Section, which elaborates on the current status and advancements in simulation research of underground chamber group construction systems, object-oriented graphical assisted simulation modeling methods, GIS-based dynamic visualization simulation theories and methods for underground chamber group construction, simulation and optimization methods for transportation systems in underground chamber group construction, dynamic simulation analysis methods for ventilation systems in underground chamber group construction, optimization methods for construction equipment and machinery configuration, determination of simulation run times under certain accuracy conditions and completion probability analysis methods, genetic algorithm-based resource balancing optimization methods for construction system simulation, and the development and research of integrated GIS technology-based visual simulation software for underground chamber group construction systems. The second part is the Engineering Application Section, which introduces the practical applications of the aforementioned theoretical methods in five specific hydropower engineering projects. This book can serve as a teaching material for postgraduate students in universities and colleges majoring in Water Conservancy and Hydropower Construction Engineering, Civil Engineering, Systems Engineering, Computer Science and related fields, and can also be used as a reference book for a broad range of engineering design and research personnel.