[{"data":1,"prerenderedAt":93},["ShallowReactive",2],{"/resources/papers/flow-profiling-2021":3},{"id":4,"title":5,"authors":6,"badge":31,"body":33,"cta":16,"date":80,"description":81,"extension":82,"image":83,"links":16,"meta":87,"navigation":88,"path":89,"seo":90,"stem":91,"__hash__":92},"resources/resources/papers/flow-profiling-2021.md","Flow Profiling in a WindShaper",[7,12,17,21,26],{"name":8,"to":9,"avatar":10},"Flavio Noca (PhD)","https://www.linkedin.com/in/flavio-noca",{"src":11},"/img/people/flavio-noca.webp",{"name":13,"to":14,"avatar":15},"Thierry Bujard","https://www.linkedin.com/in/thierry-bujard-9492a71b6",{"src":16},null,{"name":18,"to":19,"avatar":20},"Geshanth Visvaratnam","https://www.linkedin.com/in/geshanth-visvaratnam-b95368147",{"src":16},{"name":22,"to":23,"avatar":24},"Nicolas Bosson","https://www.linkedin.com/in/nicolas-bosson-52401b12b",{"src":25},"/img/people/nicolas-bosson.webp",{"name":27,"to":28,"avatar":29},"Guillaume Catry","https://www.linkedin.com/in/guillaume-catry",{"src":30},"/img/people/guillaume-catry.webp",{"label":32},"Research Paper",{"type":34,"value":35,"toc":74},"minimark",[36,41,45,48,51,55,65],[37,38,40],"h2",{"id":39},"abstract","Abstract",[42,43,44],"p",{},"Drones will soon fill our aerial ecosystem in the field of imaging/cartography, parcel delivery, and passenger\ntransport, and will need to operate around the clock in arbitrary atmospheric conditions, especially in adverse weather\nconditions during emergency situations. Drones are much smaller than conventional aircraft and are thus more sensitive\nto weather conditions.",[42,46,47],{},"In order to test drones in various and controllable atmospheric conditions, a real weather\nsimulator was developed. The wind and weather facility (windshaper) consists of an array of a large number of fans that\nmay be arranged in various patterns on demand. It subjects drones to winds of variable intensity and direction as well\nas various weather conditions (such as rain, snow, hail, fog etc.) that reflect real world situations.",[42,49,50],{},"These tests can rate drones according to their capacity in maintaining a proper flight attitude and tackling flight\nperturbations in an urban, countryside, or high altitude environment. For this work, various time-independent flow morphologies are\ngenerated with a windshaper and measurements are performed at a certain distance in order to see whether the output at\nthe measurement station matches the input at the surface plane of the windshaper.",[37,52,54],{"id":53},"full-article","Full Article",[42,56,57,58],{},"Link to the full article as PDF:\n",[59,60,64],"a",{"download":61,"href":62,"target":63},"WindShape-Flow-Profiling-Scitech-2021.pdf","/articles/2021-AIAA-Scitech-flow-profiling.pdf","_blank","Download",[66,67,68,69],"div",{},"\n    ",[70,71],"embed",{"src":62,"width":72,"height":73},"100%","500px",{"title":75,"searchDepth":76,"depth":76,"links":77},"",2,[78,79],{"id":39,"depth":76,"text":40},{"id":53,"depth":76,"text":54},"2021-07-28","Flow Profiling in a WindShaper for Testing Free-Flying Drones in Adverse Winds","md",{"src":84,"width":85,"height":86},"/img/papers-header/2021-AIAA-Scitech-flow-profiling.png",1000,500,{},true,"/resources/papers/flow-profiling-2021",{"title":5,"description":81},"resources/papers/flow-profiling-2021","VkatsTILDnXi8u52-CLgd1Fld-mZ8H9LD0zBjwFHTWA",1774344909558]