Page 25 - Subyek Computer Aided Design - [David Planchard] Engineering Design with SOLIDWORKS

Engineering Design with SOLIDWORKS® 2018 Introduction

Project 8: SOLIDWORKS Simulation

Project 8 provides a general overview of SOLIDWORKS

Simulation and the type of questions that are on the ASSOCIATE

SOLIDWORKS Simulation Associate - Finite Element Analysis Simulation

(CSWSA-FEA) exam. On the completion of this project, you will

be able to:

Recognize the power of SOLIDWORKS Simulation.

Utilize SOLIDWORKS Simulation to:

~ l~ l~ l~ I
• Define a Static Analysis Study. ~

Study (Jj (1)

• Apply Material to a part model. v x +

Message A "'

• Work with a Solid and Sheet Metal model. Study stresses, displacements,

strains and factor of safety for

components with linear material

• Define Solid, Shell and Beam elements. Name A

I Static 1
I

• Define Standard and Advanced Fixtures and External loads. General Simulation A

[!] Static

• Define Local and Global coordinate systems. D Use 2D Simplification

B Frequency

• Understand the axial forces, sheer forces, bending moments Design Insight A

and factor of safety. 0 Topology Study

~
Design Study

• Define Connector properties such as Contact Sets, No

Advanced Simulation A

Penetration and Bonded. G Thermal

G Buckling -

• Set and modify plots to display in the Results folder.
0 Fatigue

~ Nonlinear
• Work with Multi-body parts as different solid bodies.

~y Linear Dyna1n ic

• Select different solvers as directed to optimize problems. Specialized Simulation A

A Submodeling v

'

• Determine if the result is valid.

• Understand the type of problems and questions that are on the CSWSA-FEA exam.

• Ability to use SOLIDWORKS Simulation Help.

Perform short stand-alone step-by-step tutorials to practice and reinforce the subject

matter and objectives.

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