Visual simulation technology and its applications

Author: Zhong Denghua
Publisher:
Publish Date: 2002-03-01
Features: This book focuses on the theoretical methods of visual simulation and its application in water conservancy and hydropower engineering. It proposes theories and methods of visual simulation, including graphic-assisted simulation modeling, full-process three-dimensional dynamic simulation theory, and GIS-based three-dimensional dynamic visual simulation technology, etc. It achieves the visualization of simulation modeling, simulation calculation processes, and results, creating a new approach to simplify simulation modeling and intuitively and realistically express the simulation process. On this basis, it conducts in-depth research on the visual simulation and optimization of complex hydropower station underground powerhouse construction systems, three-dimensional dynamic visual simulation of water conservancy and hydropower engineering construction diversion and closure, three-dimensional dynamic visual simulation and optimization of concrete dam construction processes, visual simulation and optimization analysis of transportation systems for large-scale underground chamber groups in construction, and dynamic simulation analysis of ventilation in large-scale underground chamber group construction, etc. In combination with specific engineering applications, corresponding three-dimensional dynamic visual simulation software systems are developed, providing scientific theoretical methods and advanced technical means for the organization design of complex large-scale engineering projects. This helps to address the shortcomings of traditional design methods in quantitative calculation and analysis, offering scientific and reliable decision-making basis for the reasonable formulation and management of construction progress plans. Additionally, the book provides detailed introductions to the system architecture, main functions, development methods, and usage of several practical engineering visual simulation software systems we have developed.