3D Modeling Engineering II.

Slides:

Advertisements

Similar presentations

3D Modeling Features and Modeling Strategy Professor Name Course Name.

Advertisements

Feature-Based Modeling and Optional Advanced Modeling

Ken YoussefiPDM I,SJSU 1 Sweep Command – Sweep along a Guide Guide Section Insert → Sweep → Sweep along Guide Or select Sweep along from the toolbar Sweep.

SolidWorks Teacher Guide Lesson9 School’s Name Teacher’s Name Date.

Image courtesy of National Optical Astronomy Observatory, operated by the Association of Universities for Research in Astronomy, under cooperative agreement.

Operators in CAD Systems

Ken YoussefiIntroduction to Engineering – E10 1 Sweep Creates a solid with uniform cross section Profile Path Loft (sweep and blend combined Creates a.

 Extrude  Revolve  Sweep  Loft  One or more closed profiles  Height added normal/perpendicular to the sketch  No gaps or intersecting lines in.

Introduction to Solid Modeling

Tutorial: Business Card Holder

SolidWorks Session 2 Ferdowsi University of Mashhad Dr. Behnam Moetakef Imani Winter 2011.

Higher Graphic Communication

Ken Youssefi Engineering 10, SJSU 1 The Blade Shape Design groups should conduct a thorough search of the internet to obtain information on turbine rotor.

PRESENTATION on AutoCAD 2013 Submitted By :- Dev RANA MECHANICAL BRANCH.

3D CAD The Tools, The Features, The Uses. Where you need 3D CAD knowledge… In your Engineering work. The objects you are required to make have to be created.

Wireframe and Surface Design

Outline of class  1 st part: How to make sketches  Entities  Relations  Dimensioning  2 nd part: How to make features  Starting/ending points 

SolidWorks Teacher Guide Lesson2

ES050 – Introductory Engineering Design and Innovation Studio 1 Features Prof. Paul Kurowski.

Tutorial (Basics in SolidWorks) 小明 in ERB106.  Modeling  2D ▪ Sketching ▪ Dimensioning ▪ Mirror/Pattern ▪ Trim/Extend ▪ Fillet/Chamfer  3D ▪ Extruded/

Chapter 4 Creating Placed Features

Mechanical Engineering Dept., SJSU

Copyright DASSAULT SYSTEMES Wireframe and Surface Design CATIA Training Exercises Version 5 Release 9 June 2002 EDU-CAT-E-WFS-FX-V5R9.

Chapter 3 Creating and Editing Sketched Features

ASSIGNMENT D11 ADVANCED 3D TOOLS. ADVANCED TOOLS Sweep – Moving a cross-section through a path two form a three-dimensional object Needs a Cross-section.

You must use the frame geometry slide from your bike presentation. Decide if you want to design your bike for a Small, Medium, Large, or Extra Large person.

Engineering Graphics with SolidWorks

Chapter 7 Advanced Part Modeling Techniques. After completing this chapter, you will be able to perform the following: –Extrude an open profile –Create.

Solid Modeling Features …from the EXPERTS. Reseller Training Objectives Swept and Loft Swept and Loft Helix Helix Multiple Occurrences Multiple Occurrences.

2012 IDEA ASSEMBLY “HINT” PACK. ARM: draw in 2D Copy / paste this view into Inventor.

Engineering Graphics with SolidWorks Instructors Name Course Name.

1 Ι © Dassault Systèmes Ι Confidential Information Ι Instructor’s Guide to Teaching SolidWorks Software Lesson 2 School’s Name Teacher’s Name Date.

Ken Youssefi Introduction to Engineering – E10 1 SolidWorks Select File.

Engineering Graphics with SolidWorks Instructors Name Course Name.

ES050 – Introductory Engineering Design and Innovation Studio 1 Features Prof. Paul Kurowski Oct. 30, 2009.

Innovation Intelligence ® Section 10 Additional Meshing Tools.

The Lego Man Basic 3D Modelling. The Head Use the Revolve Tool to get the sketch from 2D to 3D.

Learning Objectives • Create sweep features. • Create lofted features.

1 Ι © Dassault Systèmes Ι Confidential Information Ι Instructor’s Guide to Teaching SolidWorks Software Lesson 9 School’s Name Teacher’s Name Date.

Computer – Aided Design Terminology You must have a generic understanding of commands and techniques which are used in a number of packages (YOU CANNOT.

Computer – Aided Design Terminology You must have a generic understanding of commands and techniques which are used in a number of packages (YOU CANNOT.

Chapter 7 Advanced Part Modeling Techniques. After completing this chapter, you will be able to perform the following: –Extrude an open profile –Create.

3D CAD What you need to know…. Main areas of CAD Modelling Techniques Modelling Edits Assembly Materials &Environment Use of Models File Types Basic Terms.

Chapter 8 Advanced Part Modeling Techniques. After completing this chapter, you will be able to – Extrude an open profile – Create ribs, webs, and rib.

3D Modeling Engineering II.

3-D Modeling Concepts V part 2.

Introduction to Solid Modeling

Chapter 4 Creating Placed Features

Drafting I Unit 4 Section 3

Chapter 7 Advanced Part Modeling Techniques

3-D Modeling Concepts V part 2.

Introduction to Engineering – E10

Lecture 14 SolidWorks Basic Functionality

Graphic Communication

Graphic Communication

Advanced Features in Pro/E

Revolve A solid can be created by revolving a shape around an axis.

3D Modeling Engineering II.

Part: Helical Sweep Create the solid model of a part by Helical sweep.

3-D Modeling Concepts V part 2.

TECHNOLOGY HIGH SCHOOL – CAD DRAFTING III – 3D CAD TOPICS

Chapter 10 Sheet Metal Design

Miniature Train Wheels.

Miniature Train Project

Graphic Communication

AUXILIARY VIEWS C H A P T E R E I G H T.

BRACKET 1. CHANGE TO METRIC UNITS 2. TOP PLANE SKETCH AS SHOWN

DRAWING A HELIX/SCREW THREAD

Revolve A solid can be created by revolving a shape around an axis.

Presentation transcript:

3D Modeling Engineering II

Extruding a Profile Select a construction plane (a default plane, a surface on the object, or create a new construction plane). Create a 2D profile on the selected construction plane. Specify the direction of the extrude. Specify the distance of the extrude. Specify the taper angle (if appropriate).

Extruding a Profile Select a construction plane. In this case the default Frontal Plane was selected.

Extruding a Profile Create a 2D profile on the selected construction plane. Create the geometry. Add dimensions.

Extruding a Profile Specify the direction of the extrude. Specify the distance of the extrude. Specify a taper angle if it is appropriate.

Extruding a Profile Select a construction plane. In this case the top surface of the existing model was selected.

Extruding a Profile Create a 2D profile on the selected construction plane. Create the geometry. Add dimensions.

Extruding a Profile Specify the direction of the extrude. Specify the distance of the extrude. Specify a taper angle if it is appropriate.

Revolving a Profile Select a construction plane. In this case the default Frontal Plane was selected.

Revolving a Profile Create a 2D profile on the selected construction plane. Create the geometry. Add dimensions.

Revolving a Profile Specify the axis of the revolution. Specify the direction of the revolve. Specify the angle of revolution.

Making a Cut Select a construction plane. In this case the top surface of the existing model was selected.

Making a Cut Create a 2D profile on the selected construction plane. Create the geometry. Add dimensions.

Making a Cut Specify the direction of the cut. Specify the distance of the cut. In this case the cut is defined Through-All.

Making a Revolve-Cut Select a construction plane. Create a 2D profile with a centerline on the selected construction plane. Create the geometry. Add dimensions.

Making a Revolve-Cut Specify the direction of the cut. Specify the angle of revolution.

Fillets Most CAD programs do not distinguish between fillets and rounds. Select the edges to be filleted. Specify a fillet radius.

Chamfers Select the edges to be chamfered. Specify the chamfer. An angle and a distance. Two distances.

Linear Patterns or Arrays Select the 2D or 3D feature(s). Specify a direction for copying the objects in one direction. Specify the distance between features as well as the number of features to duplicate in that direction. Specify a direction for copying the objects in another direction. Specify the distance between features as well as the number of features to duplicate in the second direction.

Circular Patterns or Arrays Select the 2D or 3D feature(s). Specify an axis of rotation for the feature(s). Specify a direction for copying the objects in one direction. Specify the distance between features as well as the number of features to duplicate in that direction. Specify a direction for copying the objects in another direction. Specify the distance between features as well as the number of features to duplicate in the second direction.

Mirroring Features Select the 3D feature(s). Specify a 2D plane to mirror the features about.

Creating a Loft Create construction planes for each 2D profile. Construct the 2D geometry on each profile. Activate the loft command and select each profile.

Creating a Loft Sometimes it is necessary to identify guide curves or rails. Guide curves and rails help the computer with the interpolation between the profiles.

Creating a Loft Most programs will allow the user to select different points on profiles. With this option objects can be created that twist.

Creating a Sweep Create a sketch to define the path of the sweep. Create a sketch to define the profile of the sweep. Make sure the profile and the path intersect. Activate the sweep command and select the profile and the path.

Shell Select the faces of the solid that will be eliminated. Determine a wall thickness for the shell.

Helix or Coil A helix or coil can be used to create several types of parts. When combined with a sweep, it is especially good for creating springs and for cutting threads. Most software will allow a helix or coil to be defined by the following parameters: Pitch and revolution. Height and revolution. Height and pitch.