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3D Fuselage Design
Hi all, my name is Eric and I go by the handle AirX and I frequent the jet forum. I started
modeling in the 60's as kid with contol line and later picked it back up as an adult in the late 70's, flew my first ducted fan in 1982 and have been interested in DF/EDF ever since. So this is why I picked the Meteor F8 as the subject in this thread and because I want one. I like to work in CAD and I use AutoCAD as my program of choice, I also use AutoDesk Inventor. I have studied Solidworks and some Pro-E so i have a little background in 3D, that and I design water purification plants and machinery used in them in 3D exclusively. The first step in any modeling endevour is to have a plan to work from, since i want to model a scale airplane I looked up the 3-view of this airplane and usually will get a bunch of pictures that show the features of the airframe so I can model them. I start by importing the jpeg into autocad and tracing it, from the past I have some knowledge of what the plane will weigh and will adjust the wing area to fit a decent wing loading adn since it is an EDF I will keep in mind about the intakes and exhaust areas as i go about the design phase. Check out pic #1. The next step is to situate the plan view and side view so I can use orthographic projection to derice the shpaes I want to work with as I build the model(in this case the 3D model). In this step make sure the two views are similarly identical, length and widths because generaly they arent that close half the time. Pic #2 To make orthographic project work I situate the plan view at a right angle to the side view and set a few centerlines to square it up. Pic #3 The next step I put in a line exactly 45deg to the centerlines to project my formers from the side view to the top view. Pic #4 The next step is to lay out the formers in the fuselage then project them to the plan view using the 45deg line. Pic #5 The next step is to use construction lines to project to the foacl point and they will make a rectagular box of sorts that one can use a circle, elipse, or other line type to aproximate the shape inside the boundary the construction lines form. In this case I used an elipse to make the shape. Pics #6, #7 and #8 The preceding steps are replicated through the complete process. for fuselages that have more features like modern fighters just use the same process it will produce them also but you need to use your pictures to help get the shapes right on occasion. Pics #9 #10 #11 Time in Project: 2 hours 15 minutes This is the first part. |
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Latest blog entry: T/A 37 Tweet/Dragonfly
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Pic#5
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Latest blog entry: T/A 37 Tweet/Dragonfly
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Pic #9
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Latest blog entry: T/A 37 Tweet/Dragonfly
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Pic #10
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Latest blog entry: T/A 37 Tweet/Dragonfly
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Eric, its hard to tell from the jpg, but are the fuse sections circular? The Meteor has more of an egg shaped cross section. I don't have a good set of cross sections and that has kept me from working on a plan for this model. One of these days, as I love the way the Meteor looks. I do have a plan from a british magazine, just haven't gotten around to building it.
www.edfinfo.com/temp/Meteor2.jpg Here's a link to a scan. Greg |
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Latest blog entry: A tiny diesel engine AE 0.1CC
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