what’s new in Simcenter Flomaster 2210
The new release Simcenter System Simulation 2210 is out! This release continues to support engineers working on the most complex and innovative products dealing with the challenges of today and tomorrow. The new functionalities will help you to model more complexity, explore new possibilities, go faster and improve integration with your colleagues and partners.
Simcenter Flomaster 2210
Executable Digital Twin creation workflow
Simcenter Flomaster 2210 offers new capabilities which help you transform your simulation model to an Executable Digital Twin (xDT). Simcenter Flomaster 2210 now provides a dedicated xDT workflow using the new xDT boundary components. With Simcenter Flomaster 2210, engineers can quickly export a model that can be directly deployed onto an industrial edge device and used in real-time monitoring and control systems.
Simcenter Flomaster 2210 and the Industrial Edge ecosystem now offer a streamlined process with the ability to author, implement and run models in a robust environment. This supports a full deployment using workflows from virtual commissioning to operation for applications like virtual sensing, error reporting and diagnostics, leak detection, and forecasting.
Drift Flux Model
For thermo-fluid systems engineers working in green energy need to account for the effects of two-phase conditions on flow rates when working with fluids including ammonia, CO2, and hydrogen. Simcenter Flomaster includes a drift flux model using the Bhagwat–Ghajar correlation that calculates the relative velocities of the liquid and vapor fractions accounting for slip ratio between the two phases and the relative volumes of vapor and liquid. This means that engineers will fully understand the flow regime at different points in the pipe and the pressure and flows through the system.
Improved performance for large systems
For fluid systems engineers who need to perform many or long simulations, our Simcenter Flomaster 2210 offers improved simulation performance through enhanced results writing performance, the ability to filter the results written, and used of SIMD instructions. This means that simulations can be run more quickly, allowing quicker access to results from a given simulation to evaluate results and more simulations to be run in a given time frame allowing a fuller understanding of the design space or more increments on a given design to be evaluated.
Drag Reducing Agent
For oil pipeline design and operations engineers who want to optimize the location, dosage, and timings when use of Drag Reducing Agent (DRA) in pipelines, our Simcenter Flomaster 2210 offers the modeling of DRA in pipeline systems. This means that engineers can evaluate the optimum location for DRA injection points and the volume of DRA to be injected to reduce pipeline running costs and ensure the efficient use of DRA.
This article is repubblished from the Simcenter Blog
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