This paper describes the develop method of an ice database and regional ice seventy maps using information from Storm Data, a national meteorological Center (NMC) Publication and ice observation station. This resource...This paper describes the develop method of an ice database and regional ice seventy maps using information from Storm Data, a national meteorological Center (NMC) Publication and ice observation station. This resource will provide convenient access to ice information for electric utility companies. Using this information, an engineer will be able to identify important characteristics of ice storms for a specific area, when evaluating or designing a power transmission line. Additionally, when developing local design ice load maps, the importance of correlating predicted icing events with historical ice storms makes this information even more valuable for utilities.展开更多
The Energy-related Severe Accident Database(ENSAD)is the most authoritative resource for comparative risk analysis of accidents in the energy sector.Although ENSAD contains comprehensive,worldwide data,it is a non-spa...The Energy-related Severe Accident Database(ENSAD)is the most authoritative resource for comparative risk analysis of accidents in the energy sector.Although ENSAD contains comprehensive,worldwide data,it is a non-spatial database in Microsoft Access format.Therefore,spatial characteristics of the data cannot be fully utilised as well as analysed directly.Based on these premises,a new web-based version of ENSAD with GIS-capabilities–named ENSAD v2.0–is designed and developed using state-of-the-art,open source technologies.The ENSAD v2.0 consists of two main components,i.e.a spatial database and a responsive web application.For the spatial database,the current accident data are georeferenced and migrated from Microsoft Access,using a tiered approach.The responsive web application can be accessed from desktops as well as mobile devices,and provides both a 2D and 3D mapping platform that is developed on cloud-based,serverless architecture.ENSAD v2.0 also allows assigning different user roles with specific access rights,and a public version with advanced visualisation capabilities has also been developed.Lastly,a case study was carried out using a spatial analysis to visualise the potential impact radius of a natural gas pipeline explosion and to assess its consequences in terms of economic damage and casualties.展开更多
目的:介绍利用VC++6.0进行Sql Sever2000数据库信息的查询和打印技术。方法:利用VC++6.0的ADO(ActiveX data object)技术,进行Sql Sever2000数据库中数据的查询。通过在基于对话框的程序中添加文档/视图架构实现打印及打印预览。结果:...目的:介绍利用VC++6.0进行Sql Sever2000数据库信息的查询和打印技术。方法:利用VC++6.0的ADO(ActiveX data object)技术,进行Sql Sever2000数据库中数据的查询。通过在基于对话框的程序中添加文档/视图架构实现打印及打印预览。结果:实现了从Sql Sever2000数据库中进行数据的查询和对所查询数据进行打印。结论:提供了在基于对话框的程序中实现打印的一种方法。展开更多
文摘This paper describes the develop method of an ice database and regional ice seventy maps using information from Storm Data, a national meteorological Center (NMC) Publication and ice observation station. This resource will provide convenient access to ice information for electric utility companies. Using this information, an engineer will be able to identify important characteristics of ice storms for a specific area, when evaluating or designing a power transmission line. Additionally, when developing local design ice load maps, the importance of correlating predicted icing events with historical ice storms makes this information even more valuable for utilities.
基金The research was conducted at the Future Resilient Systems(FRS)at the Singapore-ETH Centre(SEC),which was established collaboratively between ETH Zurich and Singapore’s National Research Foundation(FI 370074011)under its Campus for Research Excellence And Technological Enterprise(CREATE)programme.
文摘The Energy-related Severe Accident Database(ENSAD)is the most authoritative resource for comparative risk analysis of accidents in the energy sector.Although ENSAD contains comprehensive,worldwide data,it is a non-spatial database in Microsoft Access format.Therefore,spatial characteristics of the data cannot be fully utilised as well as analysed directly.Based on these premises,a new web-based version of ENSAD with GIS-capabilities–named ENSAD v2.0–is designed and developed using state-of-the-art,open source technologies.The ENSAD v2.0 consists of two main components,i.e.a spatial database and a responsive web application.For the spatial database,the current accident data are georeferenced and migrated from Microsoft Access,using a tiered approach.The responsive web application can be accessed from desktops as well as mobile devices,and provides both a 2D and 3D mapping platform that is developed on cloud-based,serverless architecture.ENSAD v2.0 also allows assigning different user roles with specific access rights,and a public version with advanced visualisation capabilities has also been developed.Lastly,a case study was carried out using a spatial analysis to visualise the potential impact radius of a natural gas pipeline explosion and to assess its consequences in terms of economic damage and casualties.
