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In this study, we continued the analysis of our previous work (Franco et al. in Journal of Wind Engineering and Industrial Aerodynamics 223, 2022) on the performance of multiple jets in cross-flow as wind barriersWind barrier. This study focuses on analyzing the distribution of RWS, a variable that characterize wind barriersWind barrier in the wake of twin jets in a cross-flow. Additionally, hot-wire anemometerHot-wire anemometer measurements on a 324 node grid for twenty-four different combinations of velocity ratios and distances between jets were conducted. These measurements were processed and analyzed by comparing the results with measurements for typical rigid windbreaks. The results were also processed to describe the jet trajectories and compare it to results from the bibliography

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Twin Jets in Cross-Flow Topology and Characterization as Wind Barrier

  • 会议论文

  • 发表日期：

    2026年

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  • I. Franco,
  • J. Cataldo,
  • A. Gutierrez

摘要

In this study, we continued the analysis of our previous work (Franco et al. in Journal of Wind Engineering and Industrial Aerodynamics 223, 2022) on the performance of multiple jets in cross-flow as wind barriersWind barrier. This study focuses on analyzing the distribution of RWS, a variable that characterize wind barriersWind barrier in the wake of twin jets in a cross-flow. Additionally, hot-wire anemometerHot-wire anemometer measurements on a 324 node grid for twenty-four different combinations of velocity ratios and distances between jets were conducted. These measurements were processed and analyzed by comparing the results with measurements for typical rigid windbreaks. The results were also processed to describe the jet trajectories and compare it to results from the bibliography