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针对岩土工程专业特色的需要,结合有限元分析,综合应用并行计算方法,以GIS三维地层信息为基础,提出并建立自主版权的基于GIS的并行有限元演化智能集成分析系统IGIACS,提高岩土工程数值计算的速度与精度,使得高边坡并行精细仿真及大规模参数识别成为可能,实现了面向岩土专业分析功能的系统信息可视化、智能化、并行化、集成化研究,详细介绍了该系统的组成及功能实现,并结合典型高边坡工程范例进行系统集成、综合测试与应用示范。
According to the needs of geotechnical engineering specialty, combined with the finite element analysis, the comprehensive application of parallel computing method, based on GIS three-dimensional stratum information, this paper proposes and establishes the IGIACS based on GIS-based parallel finite element method evolutionary intelligent integrated analysis system based on GIS, The speed and precision of engineering numerical calculation make parallel simulation of high slope and large-scale parameter identification possible, and realize the visualization, intelligence, parallelization and integration of system information for geotechnical analysis, System composition and function, combined with typical examples of high slope engineering system integration, comprehensive testing and application demonstration.