坑道工程动荷段抗精确打击毁伤分析系统

Precise damage analysis on active load section of protective engineering

针对坑道工程结构毁伤特性仿真实验的需要,设计和建立了基于模块化和工作流机制的坑道工程抗精确打击毁伤分析系统。遵循战场毁伤的客观规律和仿真设计通用化规则,以模型界定坑道动荷段抗精确打击分析系统的功能和组件,应用UML用例描述系统的需求及其设计目标,优化分解毁伤分析系统的单元模块,提出了动荷段毁伤分析系统的模块化设计思想及逻辑框架,设计了坑道动荷段毁伤分析系统的功能模型和数据流工作机制,研制了基于窗体界面线程设计的坑道动荷段毁伤分析系统。案例表明,系统交互性良好,为有效分析动荷段易损性的本质问题提供了仿真实验工具。

To meet the simulation need about the damage features of active load section of protective engineering, precise damage analysis was designed on module and workflow mechanism. Following the current rule of military damage phenomena and simulation design, the precise damage analysis function and module were described by models, the UML use case and its design goal of such system were clearly put forward. On the basis of cell modules, which were optimally decomposed from the precise damage analysis on active load section of protective engineering, the modular designing idea and logical frame were advanced, the function model and data flow mechanism were erected, and the precise simulation damage analysis was carried out based on window thread design. Finally, a case study shows its good alteration, which provides the effective simulation tool for the essential vulnerability about the active load section of protective engineering.