[{"data":1,"prerenderedAt":72},["ShallowReactive",2],{"all-tools":3},[4,42],{"id":5,"title":6,"body":7,"description":24,"extension":25,"meta":26,"navigation":37,"path":38,"seo":39,"stem":40,"__hash__":41},"tools\u002Ftools\u002Fpwc-wind-data.md","Pedestrian Wind Comfort Data Tool",{"type":8,"value":9,"toc":20},"minimark",[10,14,17],[11,12,13],"p",{},"This tool lets you compare multiple wind datasets and select the best source for pedestrian wind comfort analysis. The default filters set\nthe maximum distance from the weather station to the site and the maximum elevation difference. You can adjust these limits for your study.",[11,15,16],{},"The table sorts records by period length and end date. In most cases, the most suitable data appears first.",[18,19],"pwc-wind-data",{},{"title":21,"searchDepth":22,"depth":22,"links":23},"",2,[],"Compare global wind-station datasets and select reliable weather inputs for pedestrian wind comfort CFD studies.","md",{"ogTitle":6,"ogDescription":24,"keywords":27,"hero":28,"readingTime":32},"PWC wind data",{"img":29},{"src":30,"backgroundColor":31},"\u002Ftools\u002Fpwc-wind-data.svg","#313131",{"text":33,"minutes":34,"time":35,"words":36},"1 min read",0.315,18900,63,true,"\u002Ftools\u002Fpwc-wind-data",{"title":6,"description":24},"tools\u002Fpwc-wind-data","6kWkl9FNUlni88cs6Pyh8WH_Ws4Vma5Mp6p5UO3LSxk",{"id":43,"title":44,"body":45,"description":58,"extension":25,"meta":59,"navigation":37,"path":68,"seo":69,"stem":70,"__hash__":71},"tools\u002Ftools\u002Fy-plus.md","Wall Y+ Calculator for CFD Meshes",{"type":8,"value":46,"toc":56},[47,50,53],[11,48,49],{},"Use this calculator to estimate the first-cell height for a CFD boundary-layer mesh. Enter the free-stream speed, characteristic length,\nkinematic viscosity, and target Y+ value. The calculator estimates the Reynolds number, skin-friction coefficient, wall shear stress,\nfriction velocity, and first-cell height.",[11,51,52],{},"Select a target Y+ that matches your turbulence model and wall treatment. Use the result as an initial mesh value, then check the actual\nY+ field after the first simulation. Refine the near-wall mesh when the measured values do not meet the target range.",[54,55],"y-plus-calculator",{},{"title":21,"searchDepth":22,"depth":22,"links":57},[],"Calculate the first-cell height for a target wall Y+ from flow speed, fluid properties, and boundary-layer estimates.",{"ogTitle":44,"ogDescription":58,"keywords":60,"hero":61,"readingTime":64},"Y+ calculator",{"img":62},{"src":63,"backgroundColor":31},"\u002Ftools\u002Fy-plus.svg",{"text":33,"minutes":65,"time":66,"words":67},0.42,25200,84,"\u002Ftools\u002Fy-plus",{"title":44,"description":58},"tools\u002Fy-plus","ZilTP0TgUj4pdvS1DZc6q42VtH2K9wsJ6RK2vjqZGLE",1788184842769]