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Autodesk inventor 2016 sheet metal tutorial pdf free download
sheet metal design, motion analysis, 2D design reuse, collision and contact, stress analysis and the Autodesk Inventor Certified User. Examination. ASCENT – Center for Technical Knowledge® Autodesk® Inventor® Sheet Metal Design Revision Prepared and produced by. Thank you extremely much for downloading Inventor Studio and sheet metal parts, automating Autodesk Inventor – Einsteiger-.
Get Started Tutorials | Inventor | Autodesk Knowledge Network – Ways to Create Sheet Metal Parts
The Autodesk Inventor software provides functionality that simplifies the creation, editing, and documentation of digital prototypes of sheet metal components. A sheet metal part autodesk inventor 2016 sheet metal tutorial pdf free download often thought of as a part посмотреть еще from a sheet of uniformly thick autodesk inventor 2016 sheet metal tutorial pdf free download. If you design small objects, this material is often thin.
However, in Autodesk Inventor you can utilize the sheet metal commands on any design where the material is of uniform thickness. Within the Autodesk Inventor design environment, a sheet metal part can be displayed as a folded model or a flat pattern. With sheet metal commands, you can unfold features and work on a model in a flattened state, and then refold the features. You create sheet metal parts from a template file. The sheet metal template file incorporates a set of rules.
The rules determine some common attributes such as material type and thickness, vpn client windows 10 bit download rules, gap sizes, and so on. Узнать больше changing a single rule, you can change the material of a sheet metal part from aluminum to stainless steel.
A change of material often requires changes to the attributes that define bends and corners. Such changes often require changes to shop floor machinery iexplorer version 3 download set-ups used to fabricate the parts. Like other продолжение здесь created него autodesk inventor 2015 student version free download что Autodesk Inventorsheet metal parts begin with a base xheet.
The base feature of autodesk inventor 2016 sheet metal tutorial pdf free download sheet metal part is often a single face of some shape to which other features often flanges are added.
A complex design could use a contour flange or contour roll as the initial base feature. Some parts could utilize a lofted flange /30587.txt the initial feature.
Unlike regular parts, sheet autodeso parts are always created from a uniformly thick sheet that is flat. This sheet is formed into the final part using various fabrication techniques. In the sheet metal environment, you can create a folded model and unfold it into a flat pattern. The flat pattern is typically frree to detail the fabrication. The sheet metal commands you use to work with flat patterns can provide critical fabrication information. If a regular part created in Autodesk Inventor is of a consistent thickness, you can convert it to a sheet metal part.
Meetal same is true for parts imported from other systems. The Autodesk Inventor software provides functionality that simplifies the creation, editing, and documentation of digital prototypes of sheet metal components A sheet metal part is often thought of as a part fabricated from a sheet of uniformly thick material. Create sheet metal parts You create sheet metal parts from a template file.
Convert parts to sheet metal parts. Parent topic: Parts.
Autodesk inventor 2016 sheet metal tutorial pdf free download. Get Started Tutorials
A sheet metal part starts out as a flat piece of metal with a consistent thickness. For manufacturing purposes, details like bend radii and relief sizes are usually the same throughout the part. You enter the values for these details, and then the software applies them as you design. For example, when you create a flange the bend is added automatically. You can add features to the flat pattern for clean-up purposes. These operations are typically performed to support shop-specific manufacturing practices.
Features added to the flat pattern using the commands on the Flat Pattern tab do not display when you view the model in the folded state. Flat patterns rich with manufacturing information can be created and documented on drawings containing tables of holes, punches, and bends. You can export flat patterns to industry standard formats for CNC manufacturing. When you use sheet metal parts in assembly models not available in Inventor LT , sheet metal fasteners are available through the Bolted Connection Component Generator, or through Content Center.
Conversely, you can convert sheet metal part to a standard part. Doing so closes the sheet metal tab, and restores the standard part modeling commands and environment. Conversion of a sheet metal part to a standard part automatically deletes the sheet metal flat pattern.
Any time you delete a flat pattern in a sheet metal part, you also delete all flat pattern views in associated drawings. It is necessary to convert the folded model back to a flat pattern for manufacturing purposes.
Then you can switch between the folded view of the model and the flattened view by double-clicking the Folded Model or Flat Pattern browser node. Important: You can use top down design methods to create multiple sheet metal bodies in a single part file.
The Create Flat Pattern command is not available for multi-body parts. You must use the Make Components or Make Part commands to create derived parts that can be flattened. Create a sheet metal part using the sheet metal template.
The template uses your settings for material thickness, bend radius, and corner relief. You use sketch commands to create a profile for a base face or an initial contour flange. Then you exit the sketch and create your sheet metal feature, and add any additional sheet metal features required to complete your part. Create a regular part with a uniform thickness, and then convert it to a sheet metal part.
Specifying a part as sheet metal displays the Sheet Metal tab, and adds sheet metal-specific parameters to the parameters list.
Note: When using this technique, ensure that the modeled sheet thickness agrees with the material thickness parameter setting. After converting a part to sheet metal, we recommend that you replace any dimension and parameter values that control the sheet metal thickness with the Thickness parameter. For example, in an extruded feature use Thickness as the extrusion value with the Distance extent method.
The Thickness parameter updates the part thickness when you change the Sheet Metal Rule, or when you override the Thickness manually in the Sheet Metal Defaults dialog box. Topics in this section About Sheet Metal Part Templates You can create new sheet metal parts from a template that has predefined attributes, including material, bend relief, bend radius, corner relief, gap values, punch representations, and unfolding rules.
About Sheet Metal Defaults Style parameters describe sheet metal part characteristics and how the parts are manufactured. About Contour Flanges in Sheet Metal You can create a contour flange from an unconsumed or shared open profile sketch. To Work with Contour Rolls in Sheet Metal Create a contour roll feature by revolving a profile consisting of lines, arcs, splines, and elliptical arcs.
About Corners on Sheet Metal Feature You can create corners during the creation of flange and contour flange features. To Work with Corner Chamfers in Sheet Metal Corner chamfers are typically applied to sheet metal parts to remove sharp corners from the flat stock. To Add Corner Round to Sheet Metal Face You can add corner rounds to both inside and outside corners, and you can create fillets or rounds of different sizes in a single operation. You can use a shared sketch as a profile.
About Patterns of Sheet Metal Features There are special considerations for creating patterns in sheet metal. About Flanges in Sheet Metal A flange feature consists of a face and bend connected to an existing face along a straight edge.
To Create a Fold in a Sheet Metal Face A fold on a sheet metal face forms about a straight sketched bend line that terminates at face edges. Create a Hem in a Sheet Metal Face Sheet metal hem features are typically added to provide one or more thicknesses of material along an edge of a face or flange.
About Lofted Flange Features in Sheet Metal The sketch geometry for a lofted flange can represent the inside or outside face of the sheet metal material, or it can represent the material midplane. About Punch Tools for Sheet Metal Sheet metal punch tools are iFeatures with extra attributes that cut simple or complex hole shapes in a face of your part, including across a bend. To Rip Sheet Metal Features Some sheet metal designs for example, transitional shapes created with Lofted Flange created from closed profile sketches require a rip to flatten them.
About Unfold and Refold Feature Pairs Sometimes sheet metal features cross bend areas in the finished part. You can flatten the part to create such features. To Work with Flat Pattern in Sheet Metal You can create a flat pattern from a sheet metal model and display the correct iProperties for a folded model and a flat pattern.
To Work with a Sketch Copied to a Flat Pattern You can copy a sketch to a flat pattern, delete it, control sketch visibility, and break the link between sketches. To Work with Bend Order Annotation in Sheet Metal Flat Pattern You can directly reorder, sequentially reorder, or individually override the order bends in a flat pattern. To Create a Flat Pattern Cosmetic Centerline Cosmetic centerlines not a feature of the folded model represent features of the folded model on the flat pattern and subsequent drawings of the flat pattern.
About Bend Tables for Sheet Metal Materials A bend table specifies the bend allowance for a specified material thickness at specific radii, and bend angles for the flat pattern analyzer.
To Edit Custom Unfold Equations Use custom equations to specify exactly how you want to account for the flattening of the bend zones within your folded sheet metal part models.
Autodesk inventor 2016 sheet metal tutorial pdf free download.Inventor 2016 : Guided Tutorials
Feb 08, · A sheet metal part starts out as a flat piece of metal with a consistent thickness. For manufacturing purposes, details like bend radii and relief sizes are usually the same throughout the part. You enter the values for these details, and then the software applies them as you design. For example, when you create a flange the bend is added automatically. It is necessary to convert the folded. The default Autodesk Inventor drawing screen contains the pull-down menus, the Standard toolbar, the Features toolbar, the Sketch toolbar, the drawing area, the browser area, and the Status Bar. A line of quick text appears next to the icon as you move the mouse cursor over different icons. You may resize the Autodesk Inventor drawing. Autodesk Inventor Learn by doing More. Saved by jeyson brito. 9. Autocad Inventor Autodesk Inventor Mechanical Engineering Design Modeling Techniques Drawing Exercises 3d Prints Data Science Book Format Science.
