Exploring Finite Element Analysis with SOLIDWORKS Simulation 2017

In this review of Exploring Finite Element Analysis with SOLIDWORKS Simulation 2017 the bottom line is clear: this textbook is a practical, classroom-ready guide for engineers and designers learning FEA with SOLIDWORKS. It is aimed at students and practicing engineers who want a structured, chapter-by-chapter path through common analyses and the single biggest reason to buy is its focused coverage of workflow and analysis types, which helps new users move from geometry preparation to interpreting results with confidence.

Key Features

• Chapter-based instruction: Ten chapters provide a logical progression from basic setup to advanced analysis, making it suitable for semester courses or self-paced study.
• Comprehensive analysis coverage: The book explains Linear Static, Buckling, Fatigue, Frequency, and Non-linear Static analysis so readers can apply multiple FEA methods in SOLIDWORKS Simulation.
• Practical workflow focus: Emphasis on Preparing Geometry and setting Boundary Conditions helps readers avoid common setup errors before solving models.
• Element-level concepts: Discussion of Element Types gives users a practical understanding of how discretization choices affect results and accuracy.
• Full color presentation: The full color format improves clarity of screenshots and result plots, aiding comprehension during tutorials and lectures.

Who It's For

This textbook is best for instructors building a course around SOLIDWORKS Simulation 2017 and for engineers or designers who prefer a methodical, example-driven approach to learning FEA. The stepwise chapters and emphasis on workflow make it especially useful for beginners who need to learn model setup, loads, and fixtures in context.

It is less well suited to users seeking a reference focused on the very latest software features or advanced theory beyond practical application; those needing cutting-edge release notes or research-level mathematics should look for more specialized texts or software documentation.

Pros & Cons

Pros

• Clear chapter structure that supports both instructor-led and self-paced learning.
• Covers a broad set of practical analysis types so readers learn real-world applications of SOLIDWORKS Simulation.
• Strong focus on preparing geometry and boundary conditions reduces common mistakes for new users.

Cons

• Content is tied to the 2017 version and does not cover features introduced in later releases.

Specifications

Our Verdict

This textbook is a solid value for instructors and early-career engineers who need a practical, hands-on guide to SOLIDWORKS Simulation 2017. Its chapter structure and focused coverage of common analysis types make it a reliable classroom text and a useful reference for learning FEA workflows, though users wanting the newest software additions should supplement it with updated documentation.

Frequently Asked Questions

Is this book suitable for a classroom course?
Yes. The ten-chapter layout and practical exercises make it suitable for instructor-led courses.

Which analysis types are included?
The textbook covers Linear Static, Buckling, Fatigue, Frequency, and Non-linear Static analyses.

Does it include advanced theory on element formulations?
It discusses Element Types and practical implications but is focused on application rather than advanced theoretical derivations.