Maverick2805 Posted November 9, 2010 Author Posted November 9, 2010 I am working on the supporting structure right now, once this is finish i'll tilt the barrel maximum up and down to see if it "touches" anywhere else. Tehen there are still the eyebolts to go, which I don't know how small I can produce them in reality I'd need about 3.5mm of outer diameter :S Quote
Maverick2805 Posted November 9, 2010 Author Posted November 9, 2010 Ironwork for all the bolts to go Quote
ReMark Posted November 9, 2010 Posted November 9, 2010 Re: last image above. Is that piece (white) in front correctly positioned? Quote
Maverick2805 Posted November 9, 2010 Author Posted November 9, 2010 you mean the one overlapping the block for the axle? yes it is tilted and one edge is sitting on that block, plus supported on the top by a bar (not yet integrated) Quote
Maverick2805 Posted November 9, 2010 Author Posted November 9, 2010 To be honest, I don't know why that part is even there, as the tilting point of the barrel sits just above this. Quote
ReMark Posted November 9, 2010 Posted November 9, 2010 Something seems amiss but I can't put my finger on it just yet. I'll have to think on it. Are you sure the size (height) is correct? Quote
Maverick2805 Posted November 9, 2010 Author Posted November 9, 2010 The measurements should be correct, heres a better view of the plan, what do you think? Quote
ReMark Posted November 9, 2010 Posted November 9, 2010 I think you are on the right track after all. Could that piece be there to keep the front (muzzle?) of the cannon from falling down and making contact with the deck of the ship? It would also make a good "resting" point and prevent moisture from collecting in the barrel when not in use. Quote
Maverick2805 Posted November 10, 2010 Author Posted November 10, 2010 This might be, it could be a movable part, otherwise it would probably be difficult to rest on something that is almost straight below the tilting point of the barrel. or it has something to do with the cannon moving during a shot. don't know Will see when I have time to finish the carronade, it's holiday time Quote
ReMark Posted November 10, 2010 Posted November 10, 2010 Moveable how? Does it rotate? What would be the fixed point of rotation? Quote
winterkk Posted January 14, 2011 Posted January 14, 2011 Hi, i want to know how to create 3D thread holes, coz i making a 3D mould stainless steel, Thanks in advanced for helping me Quote
winterkk Posted January 14, 2011 Posted January 14, 2011 how to create 3D thread holes in 3D modelling, i send u a sample of CAD Files, I,m using AutoCad 2007 Parts.dwg mould.dwg Quote
ReMark Posted January 14, 2011 Posted January 14, 2011 Hi, i want to know how to create 3D thread holes, coz i making a 3D mould stainless steel, Thanks in advanced for helping me Welcome to the CADTutor forum winterkk. I suggest that you post your inquiry as a new thread. Tacking it onto this thread is not a good idea. More people will see and respond to your question if it stands on its own. F.Y.I. - This topic has been covered extensively in the past. I may have some further info for you once you have reposted. Regards, ReMark Quote
ReMark Posted January 14, 2011 Posted January 14, 2011 winterkk: Since you managed to sneek in a second post while I was writing my response I guess there is no need now to start a new thread. I have something for you here: http://www.cadtutor.net/forum/showthread.php?51078-Links-to-tutorials-about-3D-bolts-screws-and-threads.&highlight=threaded+bolt Quote
Raudel Solis Posted January 26, 2011 Posted January 26, 2011 That Cannon Seems Pretty Unstable Wheres The Attachment To Lock It In Place? You can fire that Thing Just Dont Stand Behind IT. Write Some Formulas The Wheel Axle Diameter-Radius = The Tire's Inner Axle Hole Weight+Force OF Gravity= Great Resistance To Motion IN The Four Wheels Quote
ReMark Posted January 26, 2011 Posted January 26, 2011 That Cannon Seems Pretty Unstable Wheres The Attachment To Lock It In Place?You can fire that Thing Just Dont Stand Behind IT. Write Some Formulas The Wheel Axle Diameter-Radius = The Tire's Inner Axle Hole Weight+Force OF Gravity= Great Resistance To Motion IN The Four Wheels The OP's problem was solved but thanks for the suggestions. Quote
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