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The prospects of a combined airframe-engine simulation environment for the prediction of aero-gasturbine exhaust emissions

机译:组合的 机身 发动机 仿真环境 的 用于 航空 燃气轮机 废气排放物的 预测 的前景

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摘要

The year 2003 marks a century of the engine-powered flight. Although being born just 100 years ago, aviation has experienced rapid growth and expansion towards an integral and vital part of modern society. At the same time, this growth has raised worries about the associated environmental impact. An essential area of concern in this respect is a lack of methods and tools for aero-engine exhaust emission prediction and analysis, which would enable to respond the problem of aviation pollution. In a commitment to contribute to the solution of the problem, a Research Project has been launched at the Thermal Power Engineering Section of the Delft University of Technology in July 2002, named "Aero-Gasturbine Emission Reduction and Simulation Technology". The Project is being conducted in collaboration with the Dutch National Aerospace Laboratory (NLR) and the Netherlands Ministry of Transport, Public Works and Water Management. The Conceptual Study of the Subject is represented in the current paper.
机译:2003年标志着一个世纪的发动机动力飞行。虽然在100年前出生,但航空经历了迅速增长和扩张,迈向现代社会的一体化和重要组成部分。与此同时,这种增长提高了对相关环境影响的担忧。在这方面的一个必要的关注领域是航空发动机废气排放预测和分析的方法和工具,这将能够应对航空污染问题。在致力于为解决问题的解决方案方面,2002年7月,Delft技术大学的热电工程部分推出了一项研究项目,名为“航空暴力减排和仿真技术”。该项目正在与荷兰国家航空航天实验室(NLR)和荷兰交通,公共工程和水管理部合作进行。对象的概念研究在目前的纸张中表示。

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