6 min
Combining Research from the Flow Field Modulator with the Boundary Layer Wind Tunnel DesignSafe Radio
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- Natural Sciences
In this episode, Bridge discusses more research possibilities with the flow field modulator (FFM). As well as revealing effects of transient wind events on structures, it allows researchers to combine BLWT terrain-condition measurements with the FFM. So you could, for example, insert a structural model in realistic terrain and discover its performance during downbursts. Also, the FFM enables researchers to test larger models in the urban setting, called the urban canopy layer. Lastly, Bridge discusses the difference between NHERI’s two complementary wind-research laboratories. The UF facility enables fine-tuning of models, and the Wall of Wind at Florida International University enables full-scale testing. Bridge notes the importance of collaborations between facilities and funding agencies — for designing more a more resilient civil infrastructure.
In this episode, Bridge discusses more research possibilities with the flow field modulator (FFM). As well as revealing effects of transient wind events on structures, it allows researchers to combine BLWT terrain-condition measurements with the FFM. So you could, for example, insert a structural model in realistic terrain and discover its performance during downbursts. Also, the FFM enables researchers to test larger models in the urban setting, called the urban canopy layer. Lastly, Bridge discusses the difference between NHERI’s two complementary wind-research laboratories. The UF facility enables fine-tuning of models, and the Wall of Wind at Florida International University enables full-scale testing. Bridge notes the importance of collaborations between facilities and funding agencies — for designing more a more resilient civil infrastructure.
6 min