Autodesk inventor professional 2017 pdf free

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Pulse la chincheta de la barra de restricciones para mantener abierta la barra. El perfil y el eje deben ser coplanares. Si el plano de boceto del perfil se encuentra en una cara plana, los contornos de la cara se utilizan para cerrar el perfil.

Puede crear tantas secciones como desee. Se pueden seleccionar caras planas o no planas como secciones de inicio y final. El camino puede ser un contorno abierto o cerrado, pero debe atravesar el plano del perfil.

Puede especificar un agujero sencillo, un agujero roscado, un agujero de rosca inclinado o uno con juego, e incluir tipos de roscas a partir de la hoja de datos de roscas. Agujero taladrado, escariado, refrentado o avellanado Las cotas se especifican en la imagen de vista preliminar del agujero conforme al tipo de agujero seleccionado. Escariado Nota: no se pueden combinar agujeros roscados inclinados con agujeros escariados.

La profundidad del agujero y de la rosca se mide desde la superficie inferior del refrentado. Tipo de agujero Agujero sencillo crea un agujero sencillo sin rosca. Agujero con juego Crea un agujero que encaja en un fiador seleccionado. Norma Selecciona la norma para el fiador en una lista. Tipo de fiador Selecciona el tipo de fiador en una lista. Ajuste Establece el tipo de ajuste del agujero. Los valores posibles son Normal, Cerrar u Holgado.

Clase Utilice la flecha abajo para seleccionar la clase de ajuste de la rosca interna. Nota: en el caso de las roscas inglesas, la letra A representa roscas externas y la letra B, roscas internas. Un tornillo roscado a derechas se introduce en la tuerca cuando se gira en el sentido de las agujas del reloj. Un tornillo roscado a izquierdas se introduce en la izquierdas tuerca cuando se gira en el sentido contrario de las agujas del reloj.

Toda profundidad Especifica que las roscas se apliquen a toda la profundidad del agujero. Un tornillo roscado a derechas se introduce en la tuerca cuando derechas se gira en el sentido de las agujas del reloj. El material de la parte interior se elimina, dejando una cavidad hueca. Para definir un vaciado, especifique una o varias caras de la pieza para eliminarlas, dejando el resto de las caras para las paredes del vaciado. Si es necesario, especifique que las caras puedan tener un espesor diferente.

En el caso de empalmes de arista, la continuidad tangente G1 o uniforme G2 se puede aplicar a las caras adyacentes. Por ejemplo, en los ensamblajes, los chaflanes se suelen utilizar para eliminar material cuando se preparan operaciones posteriores como soldaduras.

Selecciona una sola arista, varias aristas o aristas encadenadas. Se puede especificar un aspecto para la esquina plana. Se pueden achaflanar todas las aristas de una cara seleccionada o todas las aristas a la vez. Support and learning. To translate this article, select a language.

View Original Translate. English Original X. View Original X. Inventor supports high-resolution 4K monitors. Icons and dialog boxes throughout the application take advantage of the larger screens at 4K resolution. Several new shortcuts speed up common tasks and allow you to customize Inventor for your specific workflow.

You can configure shortcuts for visibility, transparency, routed systems commands, and more, in addition to prior commands. A transparency toggle switch enables quick investigation of the interior of assemblies. Increased support for multithreading in import workflows results in increased performance and faster updates for reference model workflows. DWG Underlay workflows are streamlined with new cropping and profile selection tools for greater productivity.

DWG information can also be included in drawings as a reference. Measure and section tools can be used on mesh faces. Mesh can be selected and projected into sketches. The Fit Mesh Face command optionally allows users to convert a mesh face to a native Inventor surface, enabling the geometry to be edited downstream.

Several enhancements in Inventor make it faster and easier to collaborate. Collaborators and feedback can now be reviewed and managed directly inside Inventor. New controls permit you to share part properties and part names in addition to the model graphics for more detailed reviews.

You can easily arrange components in exploded views for drawing creation and quickly create powerful and expressive animations. Snapshot views allow you to capture specific model and camera arrangements for use in drawing views and raster image outputs.

A new timeline-based story panel makes it easy to control and edit assembly sequences or movement. You can change the duration or order of actions appearing in an animation. Select design view representations, model properties, and attachments to include.

Create a custom 3D PDF template to change arrangement of exported elements in the output files. You can also redefine the base point for your body or feature set.

The default uses the intersected profile center for the base point. You can now pattern features or bodies on sketch points defined in a 2D or 3D sketch. Optionally, you can redefine the Base Point or pick Faces to orient the pattern. You can now select curves and points to shape the patch. Ruled Surface The Angle option is added to all ruled surface types. The Sweep surface type is renamed Vector and now supports both edge and sketch selection.

Previously, you had to select closed profiles one at a time. This new interactive dialog box allows you to view feature dependencies from directly within your part.

In the Relationships dialog box, select the icon to switch to a Selected view. Select the icon to access the Edit Feature dialog box. These features include: Sketches Shared sketches Axes Planes Points To access the Relationships dialog box and viewable feature dependencies: Model browser: Right click the feature node in the model browser to display the context menu and select Relationships Part File Template View representations in the part file template are enhanced to make it simple to document your design.

The part file template now contains the following view representations: Master locked Isometric default Front Top Right Tip: Make sure that you activate the correct View representation before you change the default Home, Top, or Front assignments. A punch tool whose shape extends beyond the boundary of the flat pattern can now have its definition overridden to display as a center mark or sketch without error. A legacy flat pattern punch override continues to display an error until the flat pattern is deleted and recreated in Inventor Corner Relief The options Round Tangent , Round Vertex , and Square Vertex are added to corner reliefs to provide more placement solutions.

This new option lets you unfold certain types of punch features. You must specify the unfold option in both places to unfold the punch shape. Unfolding is limited to ifeatures that can be unfolded if they were created as normal sheet metal features.

Deformed shapes, such as stamped bosses and louvers, cannot be unfolded. The Corner Round dialog box is now resizable and persists throughout your session. You can copy and paste entities in the same 3D sketch or between 3D sketches.

Tip: The geometry is pasted in the same location as the source geometry. You can move the geometry after you paste it. Drag geometry Previous releases supported dragging geometry by endpoints and center points only. You can now drag a 3D sketch entity by selecting any part of the geometry.

Equal: Constrains selected arcs and lines to the same length. Delete Constraints is added to the context menu. Draw Curves Directly on a Face Curve on Face: You can create an interpolation 3D spline on a part face by directly sketching it in place. Curve creation supports snapping to vertices and edges, constraints, point insertion and editing, curvature display, and so on.

Draw on plane: Click a plane on the space indicator to draw on a plane. The new 3D Transform command provides a robust set of geometry manipulation tools. Use the new command to freely or precisely move or rotate the geometry.

You can also set options to reorient the triad or manipulate the geometry based on the World, the current View, or the Local coordinate system. Select one or more components in the graphics window or browser and then: Right-click and select Transparent from the context menu. Select iproperties from the context menu to open the dialog box. Click the Occurrence tab, and then select the Transparent check box.

The browser nodes now display the following information: Dependent source component names now display in the reference browser node. The source dependency is illustrated by the following icons: Edge Face outer and inner boundaries of face are projected Loop Sketch geometry DWG geometry Cross-Part Reference – Occurrence Path displays a useful tooltip when you mouse over the node.

Break Link is available from the browser node. In a part file, right-click the Reference node in the browser and select Open Parent Assembly from the context menu to examine cross-part references in the assembly file the reference was created in.

Select Open References to open the part the reference was created from. In addition to References in a sketch, the same functionality is available for adaptive work features for copied objects. Support for Multiple Intermediate Point Creation on Flexible Hoses with Fittings Two new context menu options, Offset Point, and Intermediate Point, allow you to create multiple intermediate points when you route a flexible hose with fittings.

You can place one fitting, construct the hose, and finish by placing the second fitting. You can also place both fittings and construct the hose switching between Intermediate Point and Offset Point commands. The new Show Violations dialog box displays a tree view of spline segments where bend radius violations occur. Selecting a node in the dialog box highlights the corresponding segment in the graphics window. Scrolling is no longer required to read the entire Name, Family, Standard, or Appearance information.

Tube and Pipe Authoring: Now resizable, the width of the dialog box also increases when over seven connection numbers are added. Additional Productivity Enhancements The context menu option, Change Fitting Diameter, available for fittings in rigid routes starting in Inventor , is now available for fittings in a flexible hose run.

You can select one or more fittings in a flexible hose run and change the diameter for all selected fittings. New context menu options, Change Size and Edit Connection are available when placing a fitting into an existing route.

New context menu option, Delete All Connections, is available when you select multiple Tube and Pipe components. Use the spacebar to flip fitting connections on a Tube and Pipe fitting within a run that does not contain any routes. The default focus in the Connect Fitting dialog box is now set to OK. In an active route, you can now multiselect and delete a selection of multiple work features that were added as Included Geometry.

Migrate Presentations Created in Previous Versions All information from your old presentation files is automatically migrated to a new version. Exploded views are converted to snapshot views. All tweaks and other model and camera settings are preserved. Animations Task Sequences are converted to storyboards.

Tasks are converted to animation actions and added to the timeline. Create a Presentation You can create a presentation file based on a default or custom template. You specify the model on file creation, or you can insert the model to an existing IPN file.

A presentation file includes scenes. Each scene is based on a specific source model and set of model representations. A scene stores snapshot views and animation storyboards. Tweak Components Use the Tweak Components command to move or rotate components. Tweaks are saved as actions to the animation timeline, and listed in the Tweak folder in the browser.

Add Trail Lines for Tweaked Components To create trail lines, on the Tweak Components minitoolbar, select a trail option from the list. All Components is selected by default. To hide a trail, right-click a trail line, and click Hide Trail Segment folder, right-click a component, and click Hide Trails. Current or All.

Or, in the browser, Tweak Set Component Visibility and Opacity To set component visibility, select the component, right-click, and click Visibility. You can change the visibility and opacity setting in a snapshot view, or save the change as an action to the storyboard.

To create an action, move the playhead to the desired position on the storyboard timeline first. To change the initial setting for a storyboard, move the playhead to the Scratch Zone. Snapshot views can be linked to the timeline or independent. Snapshot views are used to create drawing views or raster images of a model.

Create Animations An animation consists of a sequence of actions positioned on the timeline. You can create the following types of actions: Move component, rotate component, change component visibility or opacity, and change camera position.

Animations can be published as videos. Change Position of Camera Use commands on the Navigation toolbar to change the view of the model. The camera setting is not saved automatically. This class will explore the best methods for creating various. This table highlights the primary product capabilities delivered. This sample chapter is for review purposes only. Copyright The Goodheart-Willcox Co.

Chapter dvanced Modeling Learning Objectives fter completing this chapter, you will be able. The purpose of this introduction to dynamic simulation project is to explorer the dynamic simulation environment of Autodesk Inventor Professional. This environment allows you to perform rigid body dynamic.

Other brand or product names are. Anyone downloading or viewing the tutorial does not have permission to copy any part. Start a new file in the Part. A mechanical drawing. Record a macro 1. On the Developer tab, in the Code group, click Record Macro. Zamani University of Windsor Jonathan M. Think of a rubber CAD. It also covers the operating. Log in Registration. Search for. Inventor Essentials Plus. Size: px. Start display at page:. Download “Inventor Essentials Plus”.

Charles Chandler 5 years ago Views:. Similar documents. Learning Autodesk. Randy H. Better Textbooks. AutoCAD 3D. Keyboard Shortcuts Keyboard Shortcuts Inventor shortcut keys, or keyboard shortcuts, allow you to access certain tools by pressing a single key or a key combination. This Skill Builder demonstrates how to define and place sketched symbols in drawings. You create sketched symbols in the sketch environment More information.

Datum features do More information. This badge may be claimed by More information. Chapter 9. Editing Features.

 
 

 

Autodesk inventor professional 2017 pdf free

 

Стратмор сохранял спокойствие. – И что же это за секрет. – Вы отлично знаете это. Это Цифровая крепость.

– Вот как? – снисходительно произнес Стратмор холодным как лед голосом.

 
 

Download autodesk inventor pro for free (Windows).Get Started Tutorials | Inventor | Autodesk Knowledge Network

 
 
60 Autodesk Inventor Tips pdf – tips, tricks by Sunith Babu L Autodesk Inventor Basics Tutorial – step-by-step tutorials on Inventor basics. Manual de Autodesk Inventor Professional – Nivel I Centro de Cómputo – UNI – FIM UNIDAD CONCEPTOS GENERALES. Autodesk Updated Completely Revised Section on Presentation Files Inventor Essentials Plus Daniel T. Banach & Travis Jones SDC PUBLICATIONS Better.