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卫健学术沙龙:基于5G+人工智能的心理/精神健康服务与管理体系建设
Gauging spacetime inversions
AI合成化学前沿与战略研讨会暨国家智能化学数据中心启动会
Macro to micro- and nano-scale fluidic engineering for analytical chemistry
报告题目:
Turbulent combustion in a flow impinging on a plate: A comprehensive test of computational models for application to design of engines and furnaces
 报告人:
Professor K.N.C. Bray FRS.
英国皇家科学院院士,剑桥大学工程系教授
报告时间:
2006-05-25 14:30
报告地点:
热能系报告厅
主办单位:
热能系
  简介:
Accurate numerical simulations of combustion processes can provide a valuable design tool for the development of cleaner and more efficient engines and furnaces. However, the present generation of simulation models do not fully describe the complexity of the interaction between combustion and turbulent flow and can sometimes provide misleading predictions. The lecture will describe a detailed comparison between experiments and model predictions in an idealized geometry, where comprehensive experimental data can be obtained and the model equations can readily be solved. Although mean flow and turbulence quantities are accurately predicted, significant discrepancies are found between mean heat release rate predictions and experimental data. Finally, some necessary improvements to the simulation models will be outlined.
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