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White Paper: Making the case for more multiphysics CFD simulation, more often using STAR-CCM+

Predict performance with confidence

Acquire product development tools for today’s competitive landscape. Drive efficient product innovation and home in quickly on smart design decisions. Eliminate uncertainty and stop over-engineering “just in case.”

Multidisciplinary engineering simulation

Whether designing a product as cutting-edge as a lightweight electric vehicle or as cut-and-dry as a conventional HVAC system, engineering teams are faced with an array of challenges that require a new approach. One of the most effective ways to reinvent the process and deliver consistent design improvements is to inject fast and cost-effective computational fluid dynamics (CFD) simulation throughout every stage of the workflow.

Investing in a robust CFD Multiphysics simulation platform like Simcenter STAR-CCM+ helps organizations tie engineering simulation with design exploration, reinvent design practices, promote the more widespread use of simulation and truly engineer innovation in their products.

 

Explore the Simcenter STAR-CCM+ Features

 

Innovative Collaboration

Collaboration and innovation within an intuitive integrated user interface to maximize functionality and usability
 

True Multiphysics Platform

Solutions for sophisticated industrial problems in a single multidisciplinary simulation model
 

Numerical Schemes

Access to the appropriate numerical schemes for the physics being modeled
 

Workflow Automation

Automation of the entire simulation workflow, from data to geometry analysis
 

Flexibility

Facilitating access to the right tools with a co-simulation API that integrates with third-party commercial or in-house code
 

Effortless Scalability

Pushing the boundaries of simulation-led design and large-scale analysis
 

Better solutions, better engineering

In order to design better products, engineers need to predict the consequence of any design changes on the real-world performance of their product, for better or for worse. Historically those predictions came from hand calculations or from the experimental testing of physical prototypes. Today, engineering simulation offers comprehensive predictions that are usually more accurate and always less expensive than experimental testing.

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