航空计算技术2024,Vol.54Issue(2) :101-105.

高可信度音爆预测平台设计研究

Design and Research on High Reliable Sonic Boom Prediction Platform

付雨丽 李典 朱朝
航空计算技术2024,Vol.54Issue(2) :101-105.

高可信度音爆预测平台设计研究

Design and Research on High Reliable Sonic Boom Prediction Platform

付雨丽 1李典 1朱朝1
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作者信息

  • 1. 航空工业西安航空计算技术研究所,陕西 西安 710000
  • 折叠

摘要

分析了高可信度音爆数值预测平台在超音速民机低音爆设计中的应用现状及需求,重点阐述了某高可信度音爆预测平台的集成框架、应用流程、数据存储和交换、以及数据可视化等方面的设计策略,并提出了构建方案,为工程一线设计人员研制了友好易用的音爆预测软件.软件以音爆预测问题的可视化交互定义为基础,采用混合程序策略,可实现音爆信号的近场预测、远场预测及主观响应评价.同时,软件具有良好的开放性及兼容性,可灵活集成先进的音爆预测程序,快速完成音爆数值预测的最新研究成果的应用转化,为超音速民机低音爆设计研制提供技术和工具支撑.

Abstract

This paper analyzes the current application status and requirements of a high reliability sonic boom numerical prediction platform in the design of supersonic civil aircraft bass booms.It focuses on the design strategy of a high reliability sonic boom prediction platform in terms of integration framework,ap-plication process,data storage and exchange,and data visualization.A construction plan is proposed,and a user-friendly sonic boom prediction software is developed for frontline engineering designers,It is based on the visual interactive definition of sound boom prediction problems and adopts a hybrid programming strategy,which can achieve near-field prediction,far-field prediction,and subjective response evaluation of sound boom signals.At the same time,the software has good openness and compatibility,and can flexi-bly integrate advanced sonic boom prediction programs,quickly completing the application and transfor-mation of the latest research results in sonic boom numerical prediction.Provide technical and tool support for the design and development of low-frequency explosions for supersonic civilian aircraft.

关键词

音爆预测/音爆数值模拟技术/软件集成/数据交换/集成框架/模块设计

Key words

sonic predictions/sonic boom numerical simulation techniques/software integration/data ex-change/integration framework/module design

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基金项目

国家自然科学基金(91952302)

陕西省重点研发计划工业领域项目(2022ZDLGY02-07)

出版年

2024
航空计算技术
中国航空工业西安航空计算技术研究所

航空计算技术

CSTPCD
影响因子:0.316
ISSN:1671-654X
参考文献量9
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