Autodesk INVENTOR 2010 - Manual de usuario

2010

Autodesk®

Inventor®

Technical What’s New

Autodesk Inventor

Autodesk Inventor Routed Systems

Autodesk Inventor Simulation

Autodesk Inventor Tooling

Autodesk Inventor Professional

Autodesk Inventor 

Technical What’s New

Contents

Welcome to Inventor 2010��2

Plastic Part Design��3

Multibody Parts...................................................................3

Inserting Components in Parts .......................................3

Silhouette Curve .................................................................3

Technical Plastic Features.................................................3

AliasStudio to Inventor .....................................................3

Mold Design........................................................................ 4

Mold Analysis .................................................................... 4

Mold Base Libraries .......................................................... 4

Standard Mold Base Parts ............................................... 4

Mold Documentation ....................................................... 4

Layout Design and Simulation�� 4

Sketch Layouts ................................................................... 4

Sketch Blocks...................................................................... 4

Make Part and Make Components .................................5

Integrated Static and Modal Analysis............................5

Uniﬁed FEA Environment for Parts and Assemblies .. 5

Optimization........................................................................5

Solver Performance............................................................6

Browser Improvements.....................................................6

Interoperability ��6

Shrink Wrap Assemblies....................................................6

AEC Exchange......................................................................7

JT Translator .........................................................................7

Usability and Productivity ��7

User Interface Enhancements ��7

Task Oriented Ribbon ........................................................7

Document Tabs....................................................................7

2D Spline Behavior .............................................................7

Improved Loft Usability.....................................................8

XYZ Axis Indicator Labels .................................................8

Auto Save..............................................................................8

Content Management��8

Desktop Content.................................................................8

Material Guide ....................................................................8

Edit Family Tables in Excel................................................8

Assembly Management��8

User-deﬁned Assembly Folders.......................................8

Enhanced Assembly Restructure ...................................8

User Coordinate Systems .................................................8

Assembly Productivity Tools............................................9

Sheet Metal Design��9

Contour Roll.........................................................................9

Rip ..........................................................................................9

Other Sheet Metal Enhancements............................... 10

Weldments �� 10

Groove Welds .................................................................... 10

Fillet Welds......................................................................... 10

Drawing Manager �� 11

Aligned Section Views...................................................... 11

Dual Units Display............................................................. 11

Arrange Dimensions Tool................................................. 11

Design Accelerators�� 11

Drum Cam Generator....................................................... 11

Spur Gear Improvements ............................................... 11

O-Ring Generator Improvements.................................. 11

Bearing Generator Enhancements ................................ 11

Bill of Materials ��12

Assembly Level Storage of Custom Columns ............12

BOM Editor Usability........................................................12

Open from BOM Editor....................................................12

Better Integration of BOM Editor and Graphics Win-

dow........................................................................................12

Licensing, Installation, and Deployment��12

Dynamic Licensing ............................................................12

FLEXnet................................................................................12

Multiple Language Support.............................................12

Combined CAD Manager Control Utility.....................12

MDT Translator Improvements��13

iFeature Enhancements��13

Improved Measure Command .......................................13

Other Enhancements ��13

Welcome to the Autodesk®Inventor®2010 software product line

The Autodesk®Inventor®2010 software product line oers many signiﬁcant usability and productivity enhancements that will beneﬁt

users who need to create, optimize, and validate designs involving plastic parts, sheet metal parts, and large assemblies. Major areas of

focus in this release include the following.

Plastic Part Design

Multibody workﬂows, specialized plastic features, rule-based ﬁllets, and associative import of exterior or A-side geometry from

Autodesk®AliasStudio software provide Inventor 2010 the tools for designing complex molded parts (that update smoothly when

changed) without requiring a lot of detailed geometry construction or intermediate steps.

The Autodesk Inventor software product family includes a new application, Autodesk Inventor Tooling (included in Autodesk®Inventor®

Professional software), for designing complex molded parts. It includes automated tools that leverage a digital prototype to quickly

create and validate complete mold designs, reducing errors and improving mold performance.

Simulation and Layout Design

The new sketch blocks in Inventor 2010 provide a logical representation of both rigid and moving bodies that can be combined into 2D

kinematic models for detailed motion studies on dierent mechanisms. Inventor sketch blocks can be used to populate the assembly with

correctly constrained part models based on the selected sketch.

Inventor 2010 oers a new integrated simulation environment for motion simulation and ﬁnite element analysis (FEA) of both parts and

assemblies. Support for modal analysis, parametric studies, and optimization helps make it much easier to perform what-if studies to

select the best design option and then push the resulting geometry back into the assembly model.

Interoperability and Data Exchange

With the new Shrinkwrap feature users have a new level of control over the simpliﬁcation of large assemblies. You can quickly convert an

assembly into a single part or surface model for use as an assembly substitute or to protect intellectual property when sharing models

with third parties.

The enhanced AEC Exchange tool simpliﬁes the exchange of data for use in building design. With support for the new Autodesk Package

ﬁles (.adsk) and the Shrinkwrap tool, AEC Exchange allows users to publish data ﬁles with simpliﬁed 3D representations and intelligent

connections points for use in building models created using Autodesk®Revit®MEP software and Autodesk®Revit®Architecture

software.

Inventor 2010 includes new translators for CATIA®V5 R6 through R18 as well as enhanced JT™ support for reading and writing JT ﬁles.

Usability and Productivity

Usability and productivity are enhanced with the introduction of a modern task based user interface and a large group of user requested

enhancements including user-deﬁned browser folders, user-deﬁned coordinate systems, document tabs, improved spline handles, XYZ

axis indicators, Auto-save option, and many more.

This release includes new sheet metal tools that simplify the creation of rolled features and lofted ﬂanges such as square to round transi-

tions. It also provides Unfold and Refold features making it much easier to deﬁne features in the ﬂat.

Drawing manager highlights include aligned section views, dual units display, and a very cool arrange dimensions tool.

Inventor 2010 includes many enhancements designed to lower the cost of ownership: local, or desktop, content that does not require

installation of SQL/IIS on the user’s desktop, dynamic network licenses, and language packs.

Thank you for your continued support of Autodesk Inventor,

The Inventor Team

Technical What’s New

2Autodesk Inventor 

Silhouette Curve

A new 3D sketch command

called Silhouette Curve is

introduced. A silhouette

curve is a 3D curve that

represents the outer boundary of

the outside surface of a part along

the direction vector and is useful for

determining the natural parting line.

To split a solid, use the silhouette

curve to create a boundary patch

surface and then use the Split

command with the Split Solid

option to create two bodies.

Technical Plastic Features

New Plastic Part commands are powerful rule-based

tools designed to automatically create complex plastic

part features. Specify the design rules in each tab of

the appropriate dialog box and then click OK to create

the feature. The following feature types are

supported in this release.

•Multi-elementgrillforuseas

vents or openings on a body

•Bossesforthreadedfasten-

ers with support for head

and thread sides in the

same feature

•Reststoformaatareaon

a curved body

•HookandloopstyleSnap

Fits to physically join bodies

•RuleFilletsthatworkbytellingthefeaturehowto

discover the edges. The Rule Fillet command is not

exclusively for plastic parts. It can create ﬁllets on any

type of feature based on the speciﬁed design rules.

AliasStudio to Inventor

Autodesk AliasStudio WIRE

ﬁles are now supported in the

File Open, Insert Import, and

Drag and Drop commands.

You can select which surfaces

to bring into Inventor and use

the resulting surfaces with

the existing modeling tools,

including Sculpt, Stitch, and

Thicken, to generate 3D part

models.

These enhancements reduce

development time for molded

parts with complex external surfaces. The imported

AliasStudio data maintains associative links to the

original WIRE ﬁle allowing changes made in AliasStudio

to be quickly reviewed and incorporated into the

Inventor model.

Plastic Part Design

Autodesk Inventor software oers plastic parts

designers maximum ﬂexibility by combining native

Inventor geometry with exterior surface models

designed in Autodesk®Alias software family of

products or other Industrial design applications. In

addition, Autodesk Inventor software helps automate

key aspects of the design of injection molds for plastic

parts. This allows you to quickly create and validate

complete mold designs, reducing errors and improving

mold performance.

Multibody Parts

With the introduction

of multibody part

ﬁles, top-down design

has never been easier.

You can create new

solid bodies in a part

ﬁle, import solid

bodies using the

Derive workﬂow, and

use one or more of

the bodies as tool

bodies with the new

Combine command to deﬁne cut, join, or intersect

operations on a selected solid.

The new Move Bodies command allows you to free

drag or accurately move bodies in a multibody part.

Each move appears in the browser and can be edited,

suppressed, or deleted like all other features.

Inserting Components in Parts

The Derive command contains powerful new features

to support multi-body parts. A derived part no longer

requires a “blank” document

state.

You can use the Derive

command to insert parts or

assemblies into a part ﬁle as:

1. A single solid body with

merged seams

2. A single solid body with

seams (retains component

colors)

3. Maintain each solid as

a solid body (all parts

become “bodies”)

4. A single composite surface

Options 1 and 2 work well to insert tool body

components for a cut, join, or intersect operation.

Option 3 results in multiple solid bodies. If you use

option 4, you cannot use the resulting surface as a tool

body. A component imported as a surface can be used

as the split tool for a split body operation.

3Autodesk Inventor 

Technical What’s New

Tooling Design

Mold Design

Autodesk Inventor software includes

easy-to-use mold design features

that work directly from Inventor 3D

models of plastic parts to simplify

part preparation, patch and parting

surface creation, automated core and

cavity design, runner and gate design,

and cooling channel design. Full

associativity to the Inventor digital

model helps ensure that any changes

to the model are automatically

reﬂected in the mold design.

Mold Analysis

Inventor software includes

Moldﬂow®plastic ﬂow analysis tools.

Use them to determine material ﬂow

rates, gate locations, shrinkage, and

process parameters. Mold analysis

enables you to optimize your design

and minimize the number of mold

iterations, helping to save time and

money.

Mold Base Libraries

Reuse standard mold bases across the

organization, enabling you to avoid

duplicate work while taking advantage

of proven design knowledge. Inventor

provides a single database that stores

and delivers easy access to a wide

range of mold base catalogs, including

DME,Futaba,HASCO,LKM,Pedrotti,

Polimold, Rabourdin, and Strack. When

required, you can eciently customize

standard mold bases to suit your needs.

Standard Mold Base Parts

Helpimproveproductivityandavoiderrorsbyreusing

existing mold design knowledge as you create the

detailed mold design in 3D. Begin by selecting mold

base components from standard catalogs, including

DME,HASCO,LKM,Meusburger,Misumi,National,

Progressive, Punch, and Sideco. Design or modify

standard components, such as sliders, lifters, ejectors,

sprue bushings, and locating rings. When you have

standard mold base components that meet your needs,

you can export them as templates for future use.

Mold Documentation

Reduce mold design lead time by generating drawings

and bills of materials (BOMs) automatically. Inventor

allows you to automatically create 2D drawings of mold

designs and related BOMs for use in documentation

or manufacturing. When you make changes to the

3D design model, Inventor automatically updates the

drawings and BOMs.

Layout Design and Simulation

Getting the initial design concept right is the key to

a successful project. Move your initial design studies

from paper by using the new sketch block capabilities

in Autodesk Inventor 2010 software to develop initial

concept sketches and kinematic models. Then take

advantage of the enhanced simulation environment,

which provides improved support for motion simulation

and static and modal ﬁnite element analysis at both the

part and assembly level.

Sketch Layouts

Create a layout using 2D sketch geometry to represent

your design components and conﬁgurations. Use the

layout to position your components and evaluate

design feasibility. When component representations in

the layout are derived into part and assembly models,

associativity is maintained between the layout and the

components. Therefore, when changes are made to the

layout or component representations, the 3D models

are updated.

Sketch Blocks

Use sketch blocks to group 2D geometric

conﬁgurations that repeat in your models. After you

deﬁne a block, you place instances of the block to

represent component instances. Sketch block instances

are associated with their deﬁnitions so geometric

modiﬁcations to the deﬁnitions apply to all instances.

Use sketch blocks in your layouts to facilitate a top-

down design workﬂow.

Deﬁne nested sketch blocks and place ﬂexible instances

of these blocks to study assembly kinematics. These

ﬂexible instances retain speciﬁed degrees of freedom

that allow them to simulate the kinematics of the

components under design.

4Autodesk Inventor 

Technical What’s New

Make Part and Make Components

Create your layout and investigate your design. When

you are satisﬁed with the design state, use the Make

Part or Make Components workﬂow to derive sketch

block instances into part or assembly ﬁle component

instances. The component instances remain associated

with the block instances and layout, so changes you

make to the block deﬁnitions or layout are reﬂected in

the part and assembly ﬁles.

The Make Components command translates sketch

constraints between blocks to assembly constraints

so all of the assembly kinematics can be created and

maintained associatively from the layout. In addition

the Make Part command can be used with the new solid

bodies to quickly produce multiple parts from a single

multibody part and assemble them in an assembly.

Integrated Static and Modal Analysis

Easy-to-use integrated ﬁnite element analysis makes it

possible to analyze your design without translating the

CAD model or moving the data to another product. You

can perform both static and modal analysis to examine

deformation, and maximum and minimum stresses,

enabling you to design higher-quality parts and ensure

your design meets required safety factors.

Create parametric studies, using the Parametric table,

to identify design constraints and parameter ranges.

Then use the parameter table controls to visualize the

eects of parameter changes on your design.

Uniﬁed FEA Environment for Parts and Assemblies

A single stress analysis environment provides you with

control over:

•Materialselection—

change materials, up-

date the simulation,

and see the results.

•ConstraintandLoad

denition—specify

the boundary condi-

tions for your analy-

sis.

•Contactconditions—

use automatic

contacts and manual

contacts to deﬁne the

component relationships.

•Meshdenition—globalandlocalmeshcontrols

provide optimum reﬁnement for analysis conditions.

•Representations—usedesignandlevelofdetail

representations to simplify the model. Use positional

representations to analyze the model in a speciﬁc

position.

•Componentvisibilityandexclusion—usethese

options to further simplify the model by removing

components from being analyzed.

Optimization

Assembly optimization automatically seeks the

parameter values that meet the speciﬁed design

criteria.

You can promote the parameter values, resulting from

the studies or optimization, back into the Inventor

assembly model to update the part/assembly with

parameters selected during during the simulation

studies.

5Autodesk Inventor 

Technical What’s New

Solver Performance

Autodesk Inventor 2010 software uses new solver

technology to provide improved performance for

complex assembly analysis and the exploration of

multiple design variations in parametric studies.

Browser Improvements

The Dynamic Simulation browser has been updated

to be consistent with the Inventor model browser.

The browser icons are familiar and have the same

meaning. Assembly commands are available, when

applicable, from the context menus in the simulation

environment. Additionally, this synchronization exposes

the constraints that make up each joint, giving you an

immediate picture of the relationship of the constraints

and joints.

Interoperability

Autodesk Inventor 2010 software simpliﬁes

interdisciplinary collaboration in the building sector

with simpliﬁed exchange of 3D mechanical systems data

between building systems suppliers and the building

designers.

Inventor 2010 expands an already comprehensive suite

of translators with support for CATIA V5, including

native translators that read and write ﬁles from other

CAD tools and translators for industry standard formats

such as IGES and STEP.

Shrink Wrap Assemblies

The new Shrinkwrap tool converts an assembly into

a single part ﬁle. The part ﬁle can be a solid or a

composite surface. The default setting produces a

compact composite surface ﬁle that retains all of the

colors of the original part bodies.

You can use the Shrinkwrap tool to:

•Handoadimensionallyaccurateenvelopeofthe

assembly exterior to an architecture, engineering, and

construction partner.

•Protectintellectualpropertybyconcealingholesand

parts.

•Createanassemblythatisgreatlyreducedinsizefor

use as an assembly substitute.

6Autodesk Inventor 

Technical What’s New

AEC Exchange

The new Export Building Components command

replaces the ABS Catalog Editor command in AEC

Exchange. This command saves model geometry,

properties, and connectors to an Autodesk Design

Package (.adsk) ﬁle. The .adsk ﬁle can be imported into

other Autodesk applications such as Autodesk Revit

MEP or AutoCAD MEP software.

When creating Duct and Pipe connectors, there are

new ﬁelds for System Type and Properties. The System

Type controls which properties are available for the

connector and the default values.

A new connector type called Electrical connector

has been added to the AEC Exchange environment.

This connector type supports electrical connections,

including power, telephone, alarm systems, and others.

CATIA V5 Translator

The new CATIA V5 translator gives you more ﬂexibility

when working with vendors or customers that use

CATIA. You can import CATIA V5 ﬁles, versions R6

through R18, avoiding the need to use STEP or IGES.

The new translator reads both CATPart and CATProduct

ﬁles, bringing solids, surfaces, wires, and points into

Autodesk Inventor where they can then be used directly

in modeling operations. The CATIA translator also

exports models with support for CATIA V5 versions R10

through R18.

JT Translator

The existing JT export using tessellated surfaces is

enhanced with support for the JT precise (B-rep) format.

You can now import models with precise surface data to

support projects that require you to work with JT ﬁles

for eective collaboration with vendors or customers.

You can also export Inventor models as precise JT ﬁles

with the Save Copy As workﬂow. Supports JT Versions

8.2, 9.0, and 9.

Usability and Productivity

Continued investment in improving the usability across

the product results in better workﬂows and increased

productivity. Improvements are to be found in the core

user interface as well as application areas including

the drawing manager, assembly management, content

management, sheet metal design, design accelerators,

weldments installation, and licensing. The following

sections discuss these enhancements in more detail.

User Interface Enhancements

Task Oriented Ribbon

The new Autodesk Inventor user interface provides

access to commands on a ribbon in place of the menu

and panel bars. The ribbon provides a single, compact

placement for operations that are relevant to the

current task at hand.

The File menu has been replaced by the Application

menu, which provides access to commands used to

work on a ﬁle as a whole. Access the Application menu

by clicking on the Autodesk Inventor product icon

located on the upper far left of the product interface.

Located just above the ribbon is the new Quick Access

toolbar, which you can use to store commands that you

use frequently.

Document Tabs

Each open document has a tab displayed along the

bottom of the Inventor window making it possible to

switch between open documents with a single mouse

click.

2D Spline Behavior

Tangent handles now display in a passive state when

you create a spline. You can now click anywhere on a

passive handle to activate it.

Two new commands are introduced to simplify a spline

handlereset:ResetAllHandlesandResetHandle.

The word Bowtie is gone, and all options are available in

the root context menu.

Endpoints are square, and ﬁt points are diamond

shaped to help identify joined sections.

7Autodesk Inventor 

Technical What’s New

Improved Loft Usability

The process for creating lofted features involves

multiple selections to deﬁne the section proﬁles and

guide paths. You can use the dialog box to switch

between selecting the proﬁle sections, rails, and

centerlines, or you can right-click and use the context

menu. Previous releases of Autodesk Inventor did

not have a context menu for the loft command. You

returned to the dialog box each time you changed the

selection type. The function to right-click and use a

context menu to change the selection type is added.

XYZ Axis Indicator Labels

X, Y, and Z labels are added to the ends of the

respective arrows of the XYZ indicator that appears in

3D views, part sketches and drawing sketches.

Auto Save

The new Auto Save function provides a save reminder

after a speciﬁed time period if your ﬁle needs to be

saved. You are provided with the option to launch a

standard File>Save request and save the document

in which you are working and its dependents.

Alternatively, you can click X to close the bubble

temporarily, and continue the timer, or click “Do not

show this message again” to turn o or turn on the Save

Reminder behavior.

Content Management

Desktop Content

If you are a stand-alone user, you can now store

Content Center libraries on your computer in the

Desktop Content folder. This new option provides

improved performance and eliminates the need to

install Microsoft®SQL and IIS on the desktop.

Material Guide

The Material Guide provides a streamlined environment

for adding material information to content. It includes

options for adding materials such as new Families

or new Family members and for adding a material

designator to File Name and Part Number. There is

also an option to remove existing materials that are no

longer needed.

Edit Family Tables in Excel

You can export the family table in Microsoft® Excel®,

edit the data, and then import the data back to the

family table.

Assembly Management

User-deﬁned Assembly Folders

With browser folders, you can organize the browser to

more readily communicate design intent through logical

groupings of parts and drawing resources.

Use folders to organize your assembly browser and

improve workﬂow. Deﬁne folders, based on your chosen

convention, to group browser nodes.

Enhanced Assembly Restructure

Using Autodesk Inventor software, you can place or

create a component in an assembly without worrying

where it will reside in the ﬁnal assembly structure. You

can restructure an assembly by moving parts, groups

of parts, component patterns, or entire subassemblies

within the browser hierarchy without changing the

physical position of previously placed parts.

Inventor will maintain constraints between components

when the assembly is restructured wherever possible.

User Coordinate Systems

The new user coordinate system,

or UCS, introduces more ﬂexibility

and simpliﬁes many advanced

design workﬂows. Commands

are provided to create a UCS in

parts, assemblies, and drawings.

Examples of the application of

user coordinate systems include:

•Movingsketcheswithrespectto

reference geometry

•Changingthelocationofthe0,0,0originpoint,XY

plane, and Z axis

The user coordinate system is useful for entering

coordinates, creating 3D objects on 2D workplanes, and

rotating objects in 3D.

8Autodesk Inventor 

Technical What’s New

Assembly Productivity Tools

Twelve tools that enhance assembly productivity are

included with this release. These tools were previously

available as an optional install.

•RenameBrowserNodes—Thistoolprovideskeyen-

hancements and the ability to identify all component

nodes within an assembly using one of three naming

schemes: ﬁlename, part number, or the default.

•AddPart—Thistoolprovidesastreamlinedversionof

Inventor software’s default Create Component com-

mand using a part ﬁle as the default.

•AddSubassembly—Thistoolprovidesastreamlined

version of Inventor software’s default Create Compo-

nent command using an assembly ﬁle as the default.

•SaveandReplaceComponent—Thistoolallowsyou

to select a component, save a copy, and replace the

component with the saved copy.

Sheet Metal Design

Contour Roll

Similar to the Contour Flange feature, the Contour Roll

requires an open proﬁle sketch as input. Additionally,

the Contour Roll feature also requires the identiﬁcation

of a sketched axis of revolution as well as an angle.

Oset direction options allow both the material

thickness and angle to be oset to one side or the other

of the selected proﬁle or to use the selected proﬁle as

the midplane of the material thickness or swept angle.

Contour Roll features may be unrolled using the Unfold

feature. The resulting straight section may be further

unfolded, allowing the addition of features to the model

in a ﬂattened state. This ﬂat model can then be refolded

and rerolled.

Lofted Flange

The Lofted Flange provides the ability to create a

transition from one shape to another using two proﬁles

and to create these types of geometry. Selection of

two closed proﬁles such as a rectangle and a circle will

commonlybeusedtocreatepartssimilartoHVAC

ducting, material handling hoppers, exhaust hoods,

etc. In addition, the Lofted Flange will accept two open

proﬁles, or one closed and one open proﬁle. The proﬁles

need not be parallel to each other.

An important consideration in the creation of a Lofted

Flange is the manufacturing process used to produce

the part. The Lofted Flange feature provides output

options that support both die-forming and press brake

fabrication. The die-form option produces smooth

transitions from one end to the other. The press brake

option automatically decomposes the shape into a

number of ﬂat faces and straight bends.

Rip

Rip provides an easy way to add a gap in a

Lofted Flange that will allow the model

to ﬂatten. The rip feature is deﬁned by

identifying a point on one edge of the

faceorbyidentifyingtwopoints—one

on either side of the selected face.

A Rip feature can also be created by

removinganentireface—oftenabend

face between two shape deﬁning faces.

Unfold/Refold Feature Pair

These two features are typically used as a pair. The

Unfold feature can be added to a folded sheet metal

model to allow the unfolding or unrolling of an existing

feature. Once the folded model has unfolded features it

is likely that features will be added that are most easily

deﬁned in the ﬂat. Following adding these features, a

Refold feature returns the model to the original folded

state.

9Autodesk Inventor 

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