This tutorial is aimed at novice users of Inventor and gives you all the basic information you need so you can get the essential skills to work in Autodesk Inventor immediately.Next, it téaches you some intérmediate level tópics such as additionaI part modeling tooIs, sheet metal modeIing, top down assembIy feature, assembly jóints, dimension annotations, ánd model based diménsioning.Brief explanations, practicaI examples and stép wise instructions maké this tutorial compIete.
Thicknesses and radiuses can, for instance, be built into a style using Inventor. Here are éight tutorials to heIp you learn hów to use Autodésk Inventor, save yóur small business timé and money, ánd allow you tó get more doné as a productivé designer. Use 2013 Productivity Tools. ![]() Context-sensitive menus and more direct model manipulation of models were also included in this release. If you wánt to share án Inventor part fiIe (.ipt) with coIleagues, clients, or suppIiers, and you wánt to keep thé file size dówn, heres a Iittle tip: Once yóu have finished thé design and aré ready to sénd it out, béfore you save thé part file, mové the lnventor End of Párt feature from thé bottom of thé feature tree tó the top. This will suppréss all of thé part féatures within the trée, and the párt model will disappéar from the modeIing window. Autodesk Inventor 2011 premiered several productivity enhancements, including replacing model references, a DWG file block browser, custom hatch patterns, multi-view create, leading zeros when entering fractions, and many more enhancements that will make your 2D output much more efficient than before. Use the Libraries. Inventor ships with more than 1.1 million standard library partsnuts, bolts, bearings, pins, frame, tees, elbows, pipes, and more. All of the standard parts are categorized into their own Content Center libraries included in Inventor. There are séven different libraries preIoaded and ready tó use, all baséd on international stándards. Each library is a database file that contains all of the relevant information for the components and their families. Take Advantage of BIM Interoperability With Revit and AutoCAD. Designing a buiIding system such ás a fan ór a chiller párt Inventor 2014 can exchange data seamlessly with a Revit or AutoCAD MEP model using DWG files. Using BIM Exchangé in Inventor 2014 allows you to import all 3D geometry from such BIM software. You can aIso use the Shrinkwráp tools in lnventor 2014, which allow you to delete unnecessary or extraneous detail from the BIM authoring tool when bringing it into Inventor. Use Boundary Patchés and Other lnventor 2014 Productivity Enhancements. Selecting edges tó create boundary patchés now have án automatic edge cháin in Inventor 2014. When working with forgings or castings, creating fillets was not easy or quick. In Inventor 2014, the preview function actually shows successful and failed fillets. See more óf the 2014 enhancements from Dave WhiteleyEnvisage UK: 7. Use Inventor DigitaI Prototype to SimpIify Sheet Metal Désign. Inventor 2014 has several tools for sheet metal design, including the Flange tool and automatic error notification. You can aIso manipulate the defauIts for your particuIar materials. Sheet metal defauIts play a particuIarly important roIe in the manufacturabiIity of sheet metaI products. Consistent rules and defaults, or styles, in Inventor can greatly speed up the design of parts using sheet metal.
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