The integrated multiphysics solution for CFD engineers
Star-CCM+ propels companies to increase innovation in their products
Simulate early and often with multiphysics CFD
- 01 Create geometry and apply mesh
Create a new geometry within Simcenter STAR-CCM+ or import an existing model from CAD software. The geometry represents the physical space and boundaries of the problem. Apply high-quality, refined computational mesh to the geometry.
- 02 Improve modeling capabilities
Specify the physical models that correspond to the phenomena being studied, such as laminar or turbulent flow, heat conduction or elasticity. Define the boundary conditions, such as velocities, pressures, temperatures and forces at the geometry’s boundaries.
- 03 Create a numerical solution
Choose an appropriate solver and settings for the problem. Simcenter STAR-CCM+ then numerically solves the governing equations for the physical phenomena over the meshed geometry. Then, iteratively converge towards a solution that satisfies the boundary conditions and equations.
- 04 Analyze results with ease
Once the simulation is complete, analyze the results using the software’s post-processing tools. This can include visualizing flow patterns, temperature distributions, stress fields and other relevant physical quantities. Use these insights to assess performance, identify issues and make informed decisions about design modifications.
- 05 Optimize designs
Simcenter STAR-CCM+ also supports design optimization, where the software can automatically adjust design parameters to meet specified objectives, such as minimizing drag or maximizing heat dissipation, based on the simulation results.
Enhance product design and innovation
Streamline and speed up processes
Utilize a single integrated environment to streamline processes. Reduce licensing costs and ease the learning process for engineers. Star-CCM+ also automates workflows to simplify product creation.
Enable complex interactions
Facilitate the simulation of intricate interactions among diverse physical phenomena, including fluid dynamics, heat transfer, structural behavior, particle movement and electromagnetic activities—all within one cohesive, integrated platform.
Make design exploration accessible
Built-in design exploration and optimization tools enable users to automatically explore a wide range of design variables and optimize designs based on specified criteria and constraints.
Train AI models faster with multi-GPU acceleration
STAR-CCM+ 2606 added multi-GPU support for the PhysicsAI add-on, distributing AI training workloads across multiple NVIDIA GPUs to complete training in about a third of the time. Iterate more design variants within the same project timeline and make data-driven decisions faster.
Improve workflows with ease
Multiphysics CFD’s Intuitive graphical user interface (GUI) and streamlined workflow facilitate ease-of-use and learning across geometry import and meshing, solution setup, solving and post-processing.
Bolster customization and automation
Access extensive customization options through scripting and a comprehensive API, allowing for the automation of repetitive tasks and the creation of custom functions to fit specific needs.
Engineer innovation with Star-CCM+
Optimize your engineering process
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Integrated CAD-to-solution
Streamline workflows and allow engineers and designers to move directly from computer-aided design (CAD) models to simulation solutions within a single software environment.
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Multiphysics CFD
Cover single and multiphase flows, particle dynamics, reactive flows, fluid-structure interaction, aeroacoustics, rheology and electrodynamics with extensive modeling capabilities.
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Advanced meshing
Automate meshing for complex shapes with polyhedral meshing for precise and efficient simulations. Multiphysics CFD features adaptive mesh refinement (AMR) to detail areas and optimize analysis.
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GPU-accelerated AI and combustion solvers
Beyond multi-GPU PhysicsAI training, STAR-CCM+ 2606 brought GPU acceleration to Lagrangian spray simulation and a new GPU-native complex chemistry solver for combustion analysis, cutting turnaround on compute-heavy workflows from days to hours.
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High-performance computing
Scale robust solvers for handling large and complex simulations efficiently, with support for parallel processing on clusters and cloud infrastructure.
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Design exploration
Automate the evaluation and optimization of designs and integrate with simulation tools for real-world testing of variants. Enable informed decision-making through comprehensive data analysis.
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Customize simulations
Extensive APIs and scripting capabilities will easily automate workflows, customize simulations and integrate with other software tools.
Client success is our success
CFD has been the backbone of PacMar Technologies’ engineering advantage in the marine industry, and it’s really helped us accelerate our design process to get to working prototypes. PacMar is pushing the limits of the CFD code, and Applied CAx support helps facilitate it.
I highly recommend Applied CAx as a trusted partner for any organization seeking innovative software solutions. Their expertise, commitment to excellence and ability to meet the unique requirements of the aerospace industry have been instrumental in our success at Rocket Lab.
Most larger firms struggle to understand our unique desires. Not Applied CAx. It’s as if they intuitively grasp why we’re not like the competition—and why that matters. This collaboration, along with a bent for action, is the underpinning of our Engineering Digital Transformation.
AppliedCAx has been fantastic in helping us scale our growing business with the necessary software tools appropriately and cost effectively. Additionally, and on multiple occasions, Applied has been invaluable to us by providing immediate, quick turn-around licensing requests that proved vital in being able to serve our customers.
Applied CAX has been the definition of a strategic partner to X-Energy.
They have demonstrated their expertise in both the technology as well as the unique challenges in the Nuclear Industry daily. Our company faces immense challenges in adopting innovative digital engineering capabilities, and the thought leadership and executive engagement from Applied CAx has made all of the difference and accelerated our adoption of these cutting-edge tools and processes.
The future success of X-Energy with respect to Design, Analysis, Build, and Operations has been positively impacted and strengthened by our partnership with Applied CAx and their team.
It’s time to unleash your potential
Star-CCM+ FAQ
- How does STAR-CCM+ differ from other CFD software? STAR-CCM+ stands out from other CFD software mainly due to its unified workflow: geometry, meshing, physics setup, solving and post-processing all happen in a single integrated environment. This reduces context-switching between tools and shortens the path from CAD model to validated results.
- How scalable is STAR-CCM+ for large-scale simulations? STAR-CCM+ is highly-scalable for large-scale simulations, making it an ideal choice for complex and computationally-intensive projects. It features high-performance computing support, polyhedral mesh technology, load balancing, partitioning methods, performance optimization and more.
- What are the licensing options for STAR-CCM+? There are several licensing options for STAR-CCM+ including power session, annual, perpetual, academic, trial and cloud. Our team can help you determine what will work best for your objectives.
- How does STAR-CCM+ integrate with other CAE tools and PLM systems? STAR-CCM+ is designed to integrate seamlessly with a wide range of computer-aided engineering (CAE) tools and product lifecycle management (PLM) systems, particularly those within the Siemens portfolio.
- Does STAR-CCM+ include AI capabilities? Yes. STAR-CCM+ 2606 added multi-GPU support for the PhysicsAI add-on, distributing AI training workloads across multiple NVIDIA GPUs to complete training in about a third of the time compared to single-GPU setups. The same release also brought GPU acceleration to combustion chemistry and spray simulation, so compute-heavy design studies that used to take days can run in hours.