1.To begin click: File, New, then select Design 2.Draw a circle, then use the dimension tool to set it’s size to 84 diameter or 42 radius. 3. Next draw.

Slides:

Advertisements

Similar presentations

First Steps using AutoDESK Inventor

Advertisements

Parametric Modeling Parametric Modeling

S2 INVENTOR GAME BOY part one MAIN BODY. S2 INVENTOR Here is what the finished result might look like once put together...

Feature-Based Modeling and Optional Advanced Modeling

1 Helpful Notes 2005 Tutorial 1 : Game Pad.

Solidworks: Lesson 4 – Assembly Basics and Toolbox

Inventor Or How to build things.

DRAWING USING SURFACES 115. To start your SURFACES drawing, go to new drawing, choose PART. Once the Part screen appears, click on START, choose MECHANICAL.

Drawing Objects with Illustrator 1.Start a new image in RGB mode. 2.Size 1024 X Unit = pixels 4.Go to View > Show Grid to turn on the grid. 5.Go.

Drinks Bottle Using CREO DEVELOPMENT

Geometry Control – Modifying and Relimiting; Using Axes and Transformation Ideas Chapter 2: 2.4 & 2.5 R. Lindeke IE 1225.

• Open a new part file • Create Cylinder

The following tutorial will assist you in becoming familiar with Computer Aided Design (CAD) which is a requirement of the National Curriculum for Design.

SolidWorks: Extruded Cuts, Fillets, and Patterns Introduction to Robotics.

SOLIDWORKS: Lesson III – Patterns & Mirrors

AE4131 ABAQUS Lecture Part IV

1 Exercise Two The Digital Camera Helpful Notes 2004.

Solidworks Lesson 5 - Assembly Configurations and Motion

University of Puerto Rico at Mayagüez Department of Mechanical Engineering Introduction to NX 6.0 Tutorial 3 Modified by (2011): Dr. Vijay K. Goyal and.

Mechanical Engineering Dept., SJSU

Extrusion Rev: , AJP Extrude.

University of Puerto Rico at Mayagüez Department of Mechanical Engineering Introduction to NX 6.0 Tutorial 1 Modified by (2011): Dr. Vijay K. Goyal and.

Parametric Modeling. 3D Modeling Steps - Sketch Step 1 Sketch Geometry (use the “line” tool today) You are making a four-sided shape that is not necessarily.

University of Puerto Rico at Mayagüez Department of Mechanical Engineering Introduction to NX 6.0 Tutorial 4 Modified by (2011): Dr. Vijay K. Goyal and.

Starting screen for Google Sketchup Sketchup is used to make 3 dimensional objects 3 axis – Green is x axis Red is y axis Blue is z axis.

> 1 Diagrams in Word Faculty of Health Alan Grace.

SOLIDWORKS: Lesson II – Revolutions, Fillets, & Chamfers UCF Engineering.

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.

This is what we are aiming for Extrude. Click on the file menu Click on open Open the body of the plane.

This is what we want to draw Extrude Mirror Round Edges.

Using Pro-Engineer to Create 3 Dimensional Shapes Kevin Manner Kevin Manner Tim Reynolds Tim Reynolds Thuy Tran Thuy Tran Vuong Nguyen Vuong Nguyen.

To begin click: File, New, then select Design Familiarize yourself with the controls on the page. Then use the maximise button the make the window fill.

University of Puerto Rico at Mayagüez Department of Mechanical Engineering Introduction to NX 6.0 Tutorial 2 Modified by (2011): Dr. Vijay K. Goyal and.

Solidworks Exercise Modeling the piston (30 minutes) Open a new part file and Save as Piston.sldprt Create the Cylinder Click on Top Plane (or plane 2)

Design Studies 20 ‘Show Off’ Project How to make a computer monitor In Google Sketchup By: Liam Jack.

Year 9Dice. Select “New” Select “Metric” Standard (mm).ipt 1 2.

This is the finished body RADIUS LOFT EXTRUDE. Creating the body taper Open the wing Click on new part in context.

Extrusion Revolve ENGR 1182 SolidWorks 02.

Making a Lego block in SolidWorks

2D Design – A Guide! SECTION 1.

For Higher Graphic Communication

Cardboard Bridge Construction Inventor Step 1 1.Open Autodesk Inventor Open the Card Board Bridge ipt file from the assignment log 3.Use.

Doghouse start Mrs. Hallman – Project lead the Way.

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.

2012 IDEA Tutorial. Simplify your 2D right side view to this object to be cut & pasted into Inventor. FYI 2D right side with dimensions is on.

Creating the wheel by revolving Revolved Profile.

The Tail, this is what we want to make. Extrude Mirror Radius.

1.To begin click: File, New, then select Design 2.Next change the view to 2D.

Train Body The next series of slides will guide you through the construction of the train body. Start a new drawing and save it as Train Body.

This is what we want to produce Import sketch dimensions Label angles Set the scale Add linear dimensions.

Fundamentals of Autodesk Inventor.  The basic unit of design is the sketch  They are not required to be precise, but it will make your life easier if.

Autodesk Inventor Design Exercise 2: F1 Team Challenge Car Developed by Tim Varner – Synergis Technologies © Tim Varner

Autodesk Inventor – Part 1 Autodesk Inventor – Part 1 EdgeCAM EdgeCAM CNC Motion CNC Motion Prolight CNC Mill Prolight CNC Mill CNC Box.

Thurso High School Design and Technology Tutorial Two Dice.

Pro /Desktop Tutorial and shortcuts. Main Screen.

1.To begin click: File, New, then select Design 2.Next draw a rectangle. 3. Use the measuring tool to dimension the sides to 150mm by 75mm 4. Change to.

Design Intent. One of the biggest advantages Parametric Modellers carry over other forms of CAD is their ability to change and update models which have.

Rocket Difficulty Time Approximately 30–35 minutes Art Deco Clock

SketchUp Calculator Level of Difficulty Time

Introduction to SolidWorks

Autodesk Inventor 2008 Tutorial One Machine Part Alva Academy

Fusion 360 Concrete Tea light Holder Tutorial

Introduction to SolidWorks

Fusion 360 Pac Man Tutorial

PRO-DESKTOP TUTORIAL 2. Use Shift+w to have the workplane facing you.

Miniature Train Wheels.

CAD/CAM – An Introduction to 2D Design

3D Modelling Workshop By Keith Phelan!.

Presentation transcript:

1.To begin click: File, New, then select Design 2.Draw a circle, then use the dimension tool to set it’s size to 84 diameter or 42 radius. 3. Next draw two more circles, as seen above. 4. Now using the line tool, join the 3 circles together as seen below.

5. This part can be quite tricky, to make this a more complex shape we have to use the ‘curve’ tool, to bend each line in turn. 6. Once complete all three lines should be curved as seen below. However the circles still need removing. Use the divide tool to cut off the inner sections of the circles by selecting them. 7. Once completed the circle will become filled with a colour. Change the view into 3D and you are ready to move on.

8. Use the extrusion tool to create a solid. When the box appears enter a distance of 20mm. 9. Click OK. 10. Use the ‘select faces’ tool to select the top face of the solid. 11. Now use the ‘round edges’ tool to curve the top of your design. When the box appears enter a radius of 6mm.

12. While the top face is still selected, click Workplane, then new Workplane, when the box appears call this ‘jog’. 13. Now create a new sketch on that workplane, click ‘Workplane’, then ‘New Sketch’ 14. Draw a circle for your jog dial on the right hand side of the design. Once drawn use extrude profile to a depth of 3mm.

15. Now for a new bit, select the top of the extrusion using ‘select faces’. 16. Now click ‘Feature’ in the top menus, then ‘Modify Solids’ and click on ‘Deform Face’ 17. When the box appears, type in 7mm into the height. 18. Click OK.

19. While the top face is still selected, use the round edges tool to smooth off your jog dial, type in a radius of 1.5mm. 20. Click OK. You have now completed the jog dial.

21. As you need a new drawing with different extrusions or details, you need to start a different sketch on the same workplane. Click ‘Workplane’ then ‘New Sketch’ this time, call it ‘Buttons’ 22. In the bottom left of your design, you need to begin generating buttons. Draw a small circle on your design in the bottom left.

23. Inside the ‘Edit’ menu, select ‘Duplicate. 24. When the box appears, in the ‘X-Direction’ change the number to 3. In the ‘Y-Direction’ change the number to The spacing must also be set to 10mm in both sides. 26. Now use the extrusion tool to a distance of 2mm on the circles to make the buttons. 27. While the extrusions are highlighted use the round edges tool to smooth the edges by 1mm.

28. Now lets make a display screen. Again As you need a new drawing with different extrusions or details, you need to start a different sketch on the same workplane. Click ‘Workplane’ then ‘New Sketch’ this time, call it ‘Screen’ 29. Now draw a rectangle for your screen on your design.

30. Again using the curve tool, select the sides of the rectangle and apply a curve to each side. 31. It may be important to dimension the height of the rectangle first, as this constrains it to prevent the curves changing it’s depth. 32. Use the dimension tool to dimension the curves too, and make sure both numbers are of equal value.

33. Now using the extrusion tool again, when the box appears this time select, ‘Subtract Material’ and ‘Below Workplane’. This will make the screen cut into your design. 34. Set the distance to 2mm and this time, set a taper angle of 40 degrees. (Watch the projection as you do this.) It allows us to put and angle on cuts into an object. 35. Use the arrow keys to spin your design! Well done. 36. If you have finished, rotate the design until you can see the base. Could you make any details on this???