Written by Akshay Dorle
Monday, September 07, 2026
Simulate in Your Language, With Your Fluid - Autonomous Valve CFD's Latest Updates
By
Akshay Dorle
Valve engineering is global; applications are diverse, and simulation workflows need to be kept up. Autonomous Valve CFD (AVC) helps valve manufacturers move faster from CAD models to certified performance results without the complexity of traditional CFD. Now living in production, AVC supports 16 languages and enables simulations with custom process-fluid properties, making the platform more accessible for global teams and more adaptable to real-world valve applications.
1. One Platform. 16 Languages.
Engineering teams today rarely sit in one location - or speak one language.
AVC's multilingual support is now available, with the user interface offered in 16 languages. This makes AVC easier to navigate and adopt across distributed engineering teams, helping users interact with the platform in a language they're comfortable with.
And importantly, this isn't about creating separate workflows for different regions. It's one AVC platform, now accessible in 16 languages. For global valve manufacturers, that means fewer language barriers when teams are designing, simulating, reviewing, and collaboratin
2. Simulate the Fluid Your Valve Actually Handles
Water is useful for testing. But it isn't always what flows through the valve in the real world. Depending on the application, valves may handle oil, glycol, solvents, and other process liquids, each with different physical properties. With AVC's new Fluid Properties capability, engineers can define the properties of the process fluid and use them in their simulation. That means simulations can move beyond a generic water-based assumption and better represent the actual operating conditions of the valve. The workflow stays simpl
Upload CAD → Define conditions → Select fluid properties → Simulate → Get performance results
The result is a more application-relevant virtual test environment - without adding unnecessary complexity to the simulation workflow.
Why These Updates Matter
The real value of AVC isn't simply that it runs CFD faster. Itemed, accessibility, and real-world flexibility into a workflow built specifically for valve manufacturers. With AVC, teams can move from CAD to certified performance results in under 30 minutes, while reducing dependence on lengthy simulation setups and traditional physical testing workflows. Now add 16 languages for global teams, custom fluid properties for real-world applications, and cloud-based simulation for faster access - and together, these updates make AVC better suited to the way modern valve engineering actually works, across different applications, different fluids, and different regions.
One platform. Any process fluid. 16 languages. Faster valve simulation. Autonomous Valve CFD continues to evolve with one goal in mind: making high-quality valve performance simulation faster, simpler, and more accessible. Ready to see what AVC can do for your valve workflow?
If you're ready to go beyond handbook values, explore Autonomous Valve CFD (AVC) and see how it generates certified Cv, Kv, Cdt, and FL data directly from your CAD model - for any process fluid, in under 30 minutes, now in 16 languages. Or schedule a guided walkthrough with our engineering team to see how AVC can fit into your valve design and validation workflow.
See What's New in AVC
Book a Free Demo
Comments
Recent posts
