GC-GIS system is a geochemical data processing system based on fractal theory. The system realized quantity statistics function by calling Surfer and MapInfo software, and it is compiled with Visual Basic language. Th...GC-GIS system is a geochemical data processing system based on fractal theory. The system realized quantity statistics function by calling Surfer and MapInfo software, and it is compiled with Visual Basic language. This system is designed to integrate the functions both quantity statistics of Surfer and spatial data management of MapInfo. A new algorithm of fractal is added up to GC-GIS. Taking example for Weichang region of Hebei to test the system, the processing results show that the model can match the real distribution of mine well.展开更多
以典型棒材的正挤压成形工艺优化为例,通过Deform前处理数据模块的二次开发,编译完成外部C#语言程序,以Visual Studio 2010为调试工具,完成程序调试,实现了正挤压成形过程中多组工艺参数的快速模拟优化.阐明Deform前处理数据模块二次开...以典型棒材的正挤压成形工艺优化为例,通过Deform前处理数据模块的二次开发,编译完成外部C#语言程序,以Visual Studio 2010为调试工具,完成程序调试,实现了正挤压成形过程中多组工艺参数的快速模拟优化.阐明Deform前处理数据模块二次开发流程,证实该方法能够有效的提高挤压成形工艺优化的效率,是在生产前确定挤压工艺的低时耗、低成本的有效途径.展开更多
文摘GC-GIS system is a geochemical data processing system based on fractal theory. The system realized quantity statistics function by calling Surfer and MapInfo software, and it is compiled with Visual Basic language. This system is designed to integrate the functions both quantity statistics of Surfer and spatial data management of MapInfo. A new algorithm of fractal is added up to GC-GIS. Taking example for Weichang region of Hebei to test the system, the processing results show that the model can match the real distribution of mine well.
文摘以典型棒材的正挤压成形工艺优化为例,通过Deform前处理数据模块的二次开发,编译完成外部C#语言程序,以Visual Studio 2010为调试工具,完成程序调试,实现了正挤压成形过程中多组工艺参数的快速模拟优化.阐明Deform前处理数据模块二次开发流程,证实该方法能够有效的提高挤压成形工艺优化的效率,是在生产前确定挤压工艺的低时耗、低成本的有效途径.
