Predict. Print.
Break. Compare.

FEA Stress Analysis with SolidWorks 2025

Run a simulation. Print the part. Break it in the real world. Compare your prediction to what actually happened. Learn what every simulation gets right—and what it misses.

Crescent Valley High School · CTE Engineering · Self-paced

Phase 1 — Learn
1

The Physics You Need

Stress, strain, Young's Modulus, yield strength, and the stress-strain curve. The vocabulary that makes everything else click.

2

What FEA Actually Does

The computer breaks your part into tiny pieces and solves for stress at each one. Here's the 7-step workflow.

Phase 2 — Simulate
3

SolidWorks Simulation Setup

Create a study, assign your custom FDM PLA material, apply fixtures and loads, mesh, and solve. Step by step.

4

Reading Results

Von Mises stress, displacement, and Factor of Safety plots. What the colors mean, what the numbers tell you.

Phase 3 — Build & Test
5

Print the Specimen

Controlled, documented print on the Bambu Lab P1S. Every setting matters for a fair comparison.

6

Break It

Three-point bend test. Load it, measure it, break it. Calculate flexural stress from your physical data.

Phase 4 — Analyze
7

Compare

Predicted vs. actual. Percent error, source-of-error analysis, and the reflection that ties it all together.

8

The ABS Trap

Advanced. What happens when your material assumptions are wrong. The investigation that proves why engineers verify inputs.

Reference

A-Z

Glossary

Every bolded term from the lesson, defined in one place.

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Formula Sheet

All equations on one printable page.

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Troubleshooting

Common SolidWorks Simulation errors and how to fix them.

Teacher Resources

⏱

Pacing Guide

Timing for 80-minute block periods.

✓

Answer Keys

Solutions for all knowledge checks.

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Rubric

100-point rubric covering all deliverables.

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Procurement

Materials, costs, and standards alignment.