welcome to solidworks - iowa state university

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Welcome to SolidWorks

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Page 1: Welcome to Solidworks - Iowa State University

Welcome to SolidWorks

Page 2: Welcome to Solidworks - Iowa State University

Computer Aided Design (CAD)

Part AssembliesDrawings

Page 3: Welcome to Solidworks - Iowa State University

Design Analyses

Topology Optimization

Finite Element

Analysis (FEA)

Page 4: Welcome to Solidworks - Iowa State University

Production Preparation

CAD to XR

(AR/VR/MR/Web)

Computer Aided

Manufacturing (CAM)

Simulation

Page 5: Welcome to Solidworks - Iowa State University

Solid Modeling

๏ Defined by:

- Boundary representation (B-rep)

- connected surfaces create an inside and

outside of the part

๏ Have these properties:

- Mass

- Volume

- Moment of inertia

Page 6: Welcome to Solidworks - Iowa State University

Constraints

๏ Defined as a limitation or restriction

๏ Apply constraints to any geometry drawn in Solidworks (under the

discretion of the user)

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*Constraints in Solidworks look

like this.

Page 7: Welcome to Solidworks - Iowa State University

Implicit Constraints

๏ Geometric relationships

implied by the way the

profile is drawn and

interpreted by Solidworks

- Note: Solidworks only makes closed

profiles, so your profiles must have

closure.

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Page 8: Welcome to Solidworks - Iowa State University

More Implicit Constraints8

Page 9: Welcome to Solidworks - Iowa State University

Explicit Constraints

๏ Defined by the operator

- Dimensional constraints: assigning a specific length to

a line, radius to a circle, etc.

- Geometric constraints: specifying the ways in which

lines/shapes/features relate to one another

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Page 10: Welcome to Solidworks - Iowa State University

Levels of Constraint

๏ Fully constrained

- Every element has been completely dimensioned/specified

๏ Underconstrained

- Not all elements are dimensioned/specified (leaves interpretation up to Solidworks)

๏ Overconstrained

- Adding a new constraint would conflict with existing constraints (Solidworks won’t let

another dimension be added)

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Page 11: Welcome to Solidworks - Iowa State University

Example of an Overconstrained Sketch

Driven Dimension: is driven by the model *Changing the model changes this driven dimension value

Driving Dimension: drives the model *Changing this driving dimension changes the model

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Center point

of line

Page 12: Welcome to Solidworks - Iowa State University

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Page 13: Welcome to Solidworks - Iowa State University

One of the basic steps…Extrusion

๏ Linear Extrusion: starts with closed polygon (profile) drawn on a

plane, and then swept along a defined path for a defined length

Page 14: Welcome to Solidworks - Iowa State University

Extruding a primitive shape allows you to make some of

these 3D objects…

Page 15: Welcome to Solidworks - Iowa State University

Path-based Extrusion

๏ Sweep: create a profile and

define its path to be extruded

along

Page 16: Welcome to Solidworks - Iowa State University

Revolute Extrusions

๏ Start with a drawn profile and define an axis of rotation about

which the profile is rotated for a defined angle.

Page 17: Welcome to Solidworks - Iowa State University

Path-based and Revolute Extrusions allow you to make

some of these 3D objects….

Page 18: Welcome to Solidworks - Iowa State University

Activity

๏ Complete the Lesson 1: Parts tutorial

- How to get there: Tutorials>Getting Started>Lesson 1:

Parts

๏ Complete Revolves and Sweeps tutorial

- How to get there: Tutorials>Basic Techniques>Revolves

and Sweeps

***Let me know if you have any questions!