首页> 外国专利> CFD-DRIVEN METHODOLOGY FOR AN IN-LINE AIR-ENTRY AND EXIT CANOPY FOR GENERATOR-SET AND CANOPY CONFIGURED THEREBY.

CFD-DRIVEN METHODOLOGY FOR AN IN-LINE AIR-ENTRY AND EXIT CANOPY FOR GENERATOR-SET AND CANOPY CONFIGURED THEREBY.

机译:CFD驱动的方法用于发电机组和配置的顶棚的直列式进气口和顶棚。

摘要

A method for configuring a canopy with in-line entry and exit of air for generator-set by computational fluid dynamics, wherein the method comprises the steps of: Measuring temperature and air-velocity at critical locations within existing canopy for 0 to 110% load conditions; analyzing the thermal and flow performance of existing canopy; setting the total mass flow-rate and air-velocity targets across the critical points within canopy; CFD Simulation to quantify flow and thermal performance of various parameters; validating the output of CFD simulation with the actual test results; refining CFD model further to obtain CFD model to obtain optimum canopy means of a no. of iterations; finalizing the canopy configuration and making a prototype; final testing by measuring temperature for obtaining the thermal performance of the canopy; measuring the velocity at critical locations on canopy inlet; and repeating the temperature and velocity measurements for different load conditions. The invention also includes an optimized canopy obtained by the method above. Figure 8.
机译:一种通过计算流体力学为发电机组配置直列空气进入和排出空气的机盖的方法,其中该方法包括以下步骤:测量0至110%负载下现有机盖内关键位置的温度和风速条件;分析现有顶篷的热和流动性能;设定机盖内关键点的总质量流速和风速目标; CFD仿真可量化各种参数的流量和热性能;用实际测试结果验证CFD模拟的输出;进一步完善CFD模型以获得CFD模型以获得No.迭代最终确定顶篷配置并制作原型;通过测量温度进行最终测试以获得顶篷的热性能;测量雨篷入口关键位置的速度;并针对不同的负载条件重复进行温度和速度测量。本发明还包括通过上述方法获得的优化的顶篷。图8。

著录项

  • 公开/公告号IN201641014388A

    专利类型

  • 公开/公告日2017-10-27

    原文格式PDF

  • 申请/专利权人

    申请/专利号IN201641014388

  • 发明设计人 GANESH KRISHNA BABAR;PARAG RAUT;

    申请日2016-04-25

  • 分类号

  • 国家 IN

  • 入库时间 2022-08-21 13:38:28

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