PRDE 2010 - Introduction to Simulation & Analysis

Credit Hours: 3.00

Objectives:

1. Using SolidWorks Simulation 3D CAD tools the Student will:
   1. Apply logic and order to build model and assembly structure(s).
   2. Create 3D solid models.
   3. Apply feature constraints in model creation.
   4. Develop 3D assemblies.

Outcome 2: Upon completion of this course, the student will: Evaluate design solutions based on the ability to handle kinematic and dynamic load factors.

Objectives:

1. Using SolidWorks Dynamics Lab 3D CAD applications, the student will apply kinematic and dynamic properties to 3D Parts & Assemblies and:
   1. Explain limitations of simulation/analysis techniques.
   2. Use analytical and simulation tools to evaluate analyze 3D CAD model performance/capability.
   3. Determine collision/clearance relationships.
   4. Apply kinematics to CAD models/assemblies.
   5. Define boundary conditions.
   6. Determine linear, rotary and/or rotational movement among multiple components.

Outcome 3: Upon completion of this course, the student will: Perform basic FEA analysis applying restraints and loads.

Objectives:

1. Using basic SolidWorks FEA CAD tools, the student will:
   1. Explain limitations of FEA techniques.
   2. Perform basic Finite Element Analysis for a 3D CAD part/assembly.
   3. Define how forces impact product designs.
   4. Calculate static/dynamic forces that impact performance of design solutions.

1. Course orientation.
2. Advanced 3D sketch creation Particle Kinematics-Particle Dynamics Force & Acceleration
3. Particle Dynamics Work & Energy-Particle Dynamics Impulse & Momentum
4. Curvilinear motion, Gear train analysis
5. Multi body dynamic analysis
6. Introduction to Engineering Finite Element Analysis
7. Static Analysis of a plate Linear Static analysis with Solid Elements
8. Static Analysis of an L-bracket Stress singularities
9. Static and Frequency analysis pipe support Use of Shell Elements
10. Static Analysis of a Link Symmetry Boundary Conditions
11. Frequency analysis of a tuning fork and plastic part Frequency Analysis with & without supports
12. Frequency analysis of a tuning fork and plastic part Rigid body modes Symmetric and anti-symmetric modes
13. Thermal analysis of a pipe connector Steady State thermal Analysis
14. Thermal analysis of a heat sink Analysis of an Assembly
15. Buckling analysis of an I-beam Buckling analysis
16. Course Review