Revit Exercise (Day 175) - Roof Structure Exercise

hey guys bing here and today i'm going to show you how to quickly model this structure so something like this one okay so let's start so first create a project i'm going to show some more and also i'll select this with here okay so this one now six meter wide and the six meter wire here as well so so this will be something maybe this shape okay so now select all the wall change that to maybe screen the three meters high okay and then create a roof pick all the pig walls with over hands maybe 600 overhand pick model that's all oops and then finish go to 3d view so because this roof is on level one we'll change that to ground floor with three meter offset so and also i'm going to change that to this thing roof so um i'll leave it for now only for now so so uh i'll go to 3d view oh this is really good so let's start to model this okay so first we let's model some um top plate so i'll hide this roof so go structure being [Music] hello family so it's under structure framing wood and this one so just pick one and i'll just create a new one so top plate without 45 or 35 yeah i can't remember just i'll just make it 35.99 here oops 45 by 90 okay so now if i have this three step is selected in the pic line i pick this edge of the wall and see it's a vertical ceiling vertically so just set up this one turn it 90 degrees and then also half sitting up uh maybe i'll change this one to the right no left okay so now it's sitting on top of the start wall so because uh if i check the uh structure of the wall so that's naughty timber so there's no uh transport for this one so that's fine so it's sitting right on on the top uh of the stuff also so this one's finished cs and pick the rest so they it's okay select all and then change back to 90 degrees so good good now so now let's do uh add some rafter cycle which which rough which board all these diagonal beams okay so hr to turn to show the roof and i'll probably high temporary high these walls as well as the top plate so now go to beam um i guess this side i'll just use the same size okay so if if you have uh use different size you just need to edit type and duplicate so pick with 3d snapping checked pick line so put this into three just pick this and also i'm going to create this facial board because uh this will be good for us to define the boundary of the later we will create some beam system so let's duplicate this uh beam i'll call it fascia and change to 19 or 190 okay and then if i pick pick this maybe i'll pick here and pick here and click here and also here so i'll just ignore this part yeah we are going to model this part only so what's the next so the next will be we we need more of this beam system so this one so what's that called check rafter or creeper otherwise different oh let's check this one so this creeper rafter okay turn to hidden line so now go structure being system set will plan pick 10 okay so pick this one and then use peak support so one two three and then we need to define this direction so go ping direction draw a line from here s pay here and now this one so if if we choose max spacing it's always center if we choose fixed distance so you you will be able to pick direction line so here i want to make sure so this one so there's one rafter in the center from start from at this point so i just pick direction line and also fixed distance let me try 900 so apply okay so that's a little warning here i'll just resolve it or ignore it and here we have a little tiny rafter here so maybe i'll just change that 900 to 800 so yeah it's better oh and also i just noticed that being type yep so now it's okay now now let's do the rest so this one this one i'll ignore this part i'll just do only to this one uh structure think system step rule plan pick a plan okay pick this plan pick support one two three four direction draw 9 from this from this this corner from this corner which is here right so this one from this corner and then sp yeah all right and then okay and so and also let's have a look so i forgot to change the beam type again so i'll just change that to 90 and also 800 so this way it all match on the left on this side so let's do this one structure beam system set big plane okay pick this one pick support one two three four and change this ping type change this to a hundred and draw a pin direction from this point s pay to this edge okay and resolve it so now we have all these right so we have all the routers so now hr to turn the wall back on so if we cut a um let's say i'll just do a section box section box and then drag this to show the where the roof where [Music] the roof is sitting on the wall so it looks like it's just sitting on the nicely yeah okay so good so let's uncheck the suction box and uh make these fascia balls a little low maybe i'll set up them and make the justification maybe change that to center maybe okay so yeah you can always like these corners you can pick these handles don't don't pick the point pick these handles it's fine you just drag this back and you can just tie it up this corner or you can just do it here i think just type zero or zeros here maybe just drag this one and drag this one to match okay so shade with mine so let me just hide this roof for now so we need here we need some horizontal um let's let's so what's that called jack ceiling joist so that's a few different options for before providers i'll do these one first so these ones you can just draw a horizontal and copy and paste or you can also do a beam system so i'll just do a copy paste so i'll do it from a copy from this one so copy it by 45 millimeter so because this is a uh sloped thing i'll just need to change this before i change i'll just check this spot elevation of this the top of the top plate so three oh four five so what we what i can do is select this one and that's three or four five and the other one is three or four five okay and also the the justification changed from top to bottom so now it's sitting on on top of the top plate and then you can do use a trim extend pick this face pick this pin also do it here pick this place click this pin and you can just copy and paste so multiple 800 i guess 800 to 800 to something like this yeah and then so for this one for this one i'll do a beam system so we do it differently so so you know how to all the options your game system so first set will plan so always set wordpress first here i'll pick this port this one the top of this this uh what's that called what's this pin uh maybe this one ceiling or ceiling jaws and yes he enjoys so yeah pick his face and then pick support so one two three four trim and the direction so this one i'm going to pick [Music] pick here so to see that's the direction line it's this one i'll say beginning uh i'm not sure maybe not beginning i'll just do a directional line and i'll draw a line i'll draw along here okay so draw around here just uh line to this side of this thing maybe i'll just move it to it for 45 divided by two and then let's say let's see sorry delete there's no traction one here and i'll move it for 22.5 okay yep so that's that's it and then money to edit boundary and along to this external side then yeah and also this side to make it perfect so like this so this is being system to uh method or you can just draw a horizontal in the copy and paste okay so now what's what's next yeah i think it's pretty much all at this corner so yeah sometimes you will have all the like uh uh the truss shape the vertical web or these things like this what circle strut yeah but uh today i'm just i'll just finish here so and uh yeah if you do need to move the water off the whole roof structure so you just like follow these simple steps so have all the main structure first and then all to you can just create all the pick the work plane of the rule face and then to all the pain systems okay so if you have any questions just let me know and i will see you next time

Channel: Bin He ‘s Revit Study Channel

Views: 7,623

Keywords: Revit, Modeling, Exercise, Tutorial, Timber, Roof, Structure

Id: dN3RP8Q0NFM

Length: 15min 41sec (941 seconds)

Published: Sun Sep 13 2020