Smarter with Simulation: Step by Step to Better Designs featuring SOLIDWORKS

Smarter with Simulation: Step by Step to Better Designs featuring SOLIDWORKS

SIMULATION IS IMPORTANT.

It’s common knowledge that simulation helps us design faster, better, and at lower cost… but knowing and doing are two different things. How do you actually make it happen?

 

How Can a Designer See Success & ROI?

GoEngineer has 20+ years experience in simulation consulting and software support. These are our five stages of small victories from simulation novice to analytical expert.

GoEngineer's 5 Stages of Simulation-Driven Design

GoEngineer's 5 Stages of Simulation-Driven Design

1. Try FEA For Free

Did you know your SOLIDWORKS includes free component-level stress analysis ? It's in the SimulationXpress tool, an accessible, scaled-back introduction to simulation for designers.

It's an easy & low-stakes way to:

  • Learn SOLIDWORKS FEA fundamentals
  • Get rough stress validation on your principal component loads

From within SOLIDWORKS, just activate:

2. Start Low-Cost, High-Impact

Assembly-level stress and kinematic simulations are the “low-hanging fruit”, providing great engineering value with minimal investment of time and money.

With only basic FEA know-how, you can:

  • Ensure fundamental design objectives
  • Reduce iteration cycles
  • Make design decisions with confidence

Start getting stress & motion insights with:

3. Add Real-World Context

With just a bit more training and budget, designers can virtualize their drop test, buckling, frequency, pressure-vessel, and thermal analyses .

This “virtual testing” regime assesses more real-world concerns to:

  • Uncover innovative new approaches
  • Eliminate costly “overdesign”
  • Predict field failures

Expand your virtual testing regime using:

4. Get Sophisticated

As physical tests get more difficult and costly, virtualizing them can have outsized ROI. Simulation capabilities such as material nonlinearity, assembly interactions, linear dynamics, fluids, and thermal analysis make it possible.

This higher level of fidelity and complexity allows you to:

  • Push innovation & quality further
  • Validate manufacturability
  • Reduce physical prototyping

Begin substituting simulation for prototyping with:

5. Simulate Anything

At the final stage of simulation, anything is possible -- all-inclusive assemblies & interactions, minimal assumptions, multiphysics, etc . With keen engineering judgment and creativity, a complete virtual prototype can be enormously beneficial to development costs and outcomes.

Virtual prototyping is critical in order to:

  • Compete at the cutting edge
  • Maximize quality & efficiency
  • Replace physical testing & certification

Graduate to unlimited, open-ended FEA using:

Why Do We Simulate?

They don’t make them like they used to – product innovation is more challenging than ever.

This eBook shows you how top performers are using simulation today, along with several success stories for you to learn from.

 

Innovation Through Simulation: How to Develop Products that Exceed User Expectations

Why Do We Simulate?

They don’t make them like they used to – product innovation is more challenging than ever.

This eBook shows you how top performers are using simulation today, along with several success stories for you to learn from.

Read This eBook

Innovation Through Simulation: How to Develop Products that Exceed User Expectations

"Structural FEA for Beginners" article cover

GETTING STARTED IS EASY.

How do you smoothly go from sim novice to sim expert? The GoEngineer Sim Team has made it happen time and again at all kinds of companies. Here’s the process we recommend, in detail.

Read This Article

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“Using SOLIDWORKS Simulation tools helped us save a ton of time and money during product development.”

-David Gardner, COO, RoboHelix

>> Read the RoboHelix success story

 

THESE Sim TOOLS Make Immediate Impact.


  • SOLIDWORKS Simulation

  • The flagship structural FEA tool for SOLIDWORKS users is built directly into the CAD interface.

    Its three tiers provide a huge array of simulation capabilities for beginning to expert users.

  • 3DEXPERIENCE STRUCTURAL

  • From the makers of SOLIDWORKS & Abaqus, the introductory tiers of 3DEXPERIENCE STRUCTURAL are the very best in fast, robust, CAD-connected linear FEA.

  • SOLIDWORKS Plastics

  • GoEngineer's Jeff Lendermon has 30 years' experience in the plastic injection molding industry. In this interview, he shares his insights on the benefits of this manufacturing process simulation.

Ready to Learn More?

Reach out to GoEngineer today to ask questions or see for yourself what you can do with SOLIDWORKS simulation solutions.

 

3DEXPERIENCE CATIA WHITEPAPER

10 Reasons 3DEXPERIENCE CATIA Gives Mechanical Engineers An Advantage

Having the right tools for the right job can massively increase engineers' productivity, and there's no time to lose in today's competitive environment.

3D EXPERIENCE CATIA companies can experience:

  • A 20% to 50% gain in productivity thanks to superior modeling and assembly management capabilities
  • Seamless workflows and faster processing with cloud-based data management and high-performance cloud computing
  • Up to a further 30% improvement in productivity thanks to a unified modeling and simulation environment and design for manufacturability

Download this whitepaper for a closer look at what makes CATIA the ultimate mechanical design tool.

 

 

3DEXPERIENCE CATIA Whitepaper

GoEngineer delivers software, technology and expertise that enable companies to unlock design innovation and deliver better products faster. With more than 30 years’ experience and thousands of customers in high tech, medical, machine design, energy and other industries, GoEngineer provides best-in-class design solutions from SOLIDWORKS, Stratasys, CAMWorks, Product Lifecycle Management (PLM) and more.