Title :
Mine Fire Simulation and Virtual Reality Technology Study
Author :
Zhu, Hongqing ; Zhao, Bingwen ; Wang, Yongchao ; Zhang, Minbo
Author_Institution :
Beijing State Key Lab. of Coal Resources & Safety Min., China Univ. of Min. & Technol., Beijing, China
Abstract :
Coal mine fire simulation system can reproduce the mine scenes, and achieve particle and numerical simulation of underground fire process of beginning, spreading and destroying. It has a significant meaning for the coal mine fire control, the effects analysis of disaster relief technical and disaster reproduce in the safety training. The MultiGen Creator software has been adopted by this system as the primary modeling tool, Vega Prime API as a simulation programming language, the Visual C + +.NET of Microsoft corporation as system software development platform, coupling numerical simulation and graphics rendering technology, and two types of smoke simulation have been applied. Fire scenes reproduction, rapid development simulation and smoke numerical simulation shows in the particular circumstances have been achieved by this system. It also contributes to scientifically forecasting the disaster evolution and analyzing the fire damage effects and scope under different conditions, and provides intuitive support for the accident investigation, disaster reproduction, and emergency decision.
Keywords :
C++ language; application program interfaces; coal; disasters; emergency services; fires; mining; rendering (computer graphics); smoke; software engineering; virtual reality; visual languages; Microsoft corporation; MultiGen Creator software; Vega Prime API; Visual C ++.NET; accident investigation; coal mine fire control; disaster evolution forecasting; disaster relief; disaster reproduction; emergency decision; fire damage; fire scene reproduction; graphic rendering technology; particle simulation; rapid development simulation; safety training; simulation programming language; smoke numerical simulation; smoke simulation; system software development platform; underground fire process; virtual reality; Computational modeling; Fires; Fuel processing industries; Numerical models; Numerical simulation; Solid modeling; Vega prime; coal fire; numerical simulation; particles system;
Conference_Titel :
Software Engineering (WCSE), 2010 Second World Congress on
Conference_Location :
Wuhan
Print_ISBN :
978-1-4244-9287-9
DOI :
10.1109/WCSE.2010.58