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After all, meshing directly affects the accuracy of the results.
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However, this is perhaps one of the most important steps in the analysis process. In a standard CFD package, obtaining an optimum mesh is not easy. However, if you decide to simplify your model, you have access to powerful simplification geometrical features for preparing your model for the CFD analysis.Īnalyze Complex Geometry Reason 3: Effortless Meshing It can easily handle CAD geometries containing tight crevices and sharp angles without needing to defeature the model. But then how do you know how far to take it and whether your analysis results will actually reflect their field conditions? Why is SOLIDWORKS Flow Simulation the right choice for product engineers? SOLIDWORKS Flow Simulation is extremely robust and can handle very complex geometries. All analysis vendors recommend that you defeature your models. To understand how your design behaves in real-world conditions, you need to simulate its performance in its operating environment. Reason 2: You can analyze Complex Geometry As a result, the original SOLIDWORKS CAD model is used natively for the analysis with SOLIDWORKS Flow Simulation, saving preparation time and making sure the design updates are taken into account for the CFD analysis. The fluid domain is automatically created based on the geometry and then is automatically updated for any design changes. Flow conditions are defined directly on the SOLIDWORKS CAD model and organized similarly to other design data in the feature tree. The main difference is that SOLIDWORKS Flow Simulation uses native SOLIDWORKS 3D CAD data directly for fluid flow simulation. But the same complex geometry was transferred into SOLIDWORKS Flow Simulation and analyzed in under two days - a significant savings. They reported that they spent a majority of their two weeks trying to get their geometry into their current traditional CFD tool. Some users have reported wasting days waiting for their model to be transferred - if it succeeds at all! Therefore, many users have found it more reliable to start from scratch by creating the geometry in the CFD program (although this activity also involves a considerable expenditure of time). Recently a company testing a traditional tool popular in the aerospace industry reported a difference of two weeks compared to two days with SOLIDWORKS Flow Simulation technology. The translation process might work for 80 percent of the geometry but the rest has to be re-created or simplified by hand.
Solidworks flow simulation key manual#
The main reason is that traditional CFD programs require a considerable amount of manual intervention. With most traditional CFD programs, you need to modify settings substantially and then transfer existing CAD models to a different program in order to create a model for analysis. Reason 1: You can analyze using Existing Geometry SOLIDWORKS® Flow Simulation is based on the same mathematical foundation as traditional computational fluid dynamics (CFD) software, but key benefits set SolidWorks Flow Simulation apart, making it quicker and easier to use, while still delivering a robust and highly accurate solution. Engineering fluid dynamics is driven by engineering criteria and goals so every product engineer can get the technical insights necessary to answer the questions faced in the product development process.
Solidworks flow simulation key software#
This allows you to assess if you’re headed in the right direction and if you are not, you can move on to the next iteration faster.ĭesign with greater confidence and bring great products to market faster with the Fluid Flow Simulation feature in Creo Simulation Live Plus.Engineering Fluid Dynamics (EFD) is a new breed of Computational Fluid Dynamics (CFD) software that enables mechanical engineers to simulate fluid flow and heat transfer applications with powerful, intuitive, and accessible 3D tools.
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When you change the design, you get guidance on the design decisions you make, as you make them. With this design feedback fully integrated into your modeling environment, there is no more back and forth and no separate environments. Have a design that warrants you factoring in how it interacts with fluids? Fluid Flow Simulation allows you to do just that and enables you to Iterate on your designs faster with real-time-computational fluid dynamics feedback within your CAD instance.
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Experience real-time computational fluid dynamics.