Using the “sliding mesh” mode, SOLIDWORKS SIMULATION FLOW is able to simulate rotating equipment where fluid flow entering the rotor is highly non-symmetric with regard to the axis of rotation. Essentially, the unsteady solution repeats with a period related to the speeds of the moving domains. With the all new Rotating mesh, also known as Sliding mesh method, flow studies can be solved in a transient approach.
This method gives the user more insight to the full system but, again, it can only be solved using a steady-state approach. With this method, users can consider more than one rotor, each rotating with a different RPM. Using the Multiple Rotating Reference Frame, zero revolutions per minute (RPM) is assigned to non-rotating components, called stators, and fixed RPMs to the rotating components, called rotors. For example, when analyzing a flow through a pump, a single rotating reference frame does not consider any effects of the pump casing on the flow and this is insufficient for analyzing a full pump system. Single Rotating Reference Frame, which assumes that the entire fluid domain/region rotates with the rotor/impeller, can be used to study the flow around the impeller blades, but does not take into account the boundary of the flow. The term “steady-state” refers to a solution that does not vary with time.
This method was a great way to analyze rotating components however, this would only allow users to setup systems that flow in a steady-state manner. In previous versions, SOLIDWORKS Flow Simulation only used single and multiple rotating reference frame approaches to solve rotating flow problems. It helps eliminate expensive physical prototypes, as well as finding improvements much earlier in the design process. Computational Fluid Dynamics (CFD) software, such as SOLIDWORKS Flow Simulation, is a perfect tool for studying rotating components. The company prides itself in achieving diverse business goals swiftly with quality-oriented solutions for consistent product design innovation.Designing and developing systems with rotating components often requires analysis and understanding the behavior of those components to improve performance. Our Engineering Design Services include mechanical design, CAD conversion, 3D design, 3D CAD modeling, product design development, reverse engineering, and the like.
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We make it easy for everyone to create professional Design Innovation with the help of SOLIDWORKS 3D Design Software Solutions (Authorized Reseller of SOLIDWORKS in Gujarat), 3D Rapid Manufacturing (All India Authorized Distributor of EnvisionTEC 3D Printers), DAMBoy FDM 3D Printer (Made in India), and Mechanical Engineering Design & 3D Printing and Rapid Prototyping Services.Įngineering Technique is a SOLIDWORKS Authorized Reseller in Gujarat providing comprehensive solutions for SOLIDWORKS Software products including 3D CAD, Product Data Management (PDM), Flow Simulation, Visualize, Plastics, Technical Communication, and DraftSight to industrial verticals including Industrial Equipment, Consumer Goods, Life Sciences, Manufacturing, Alternative Energy, Process & Plant, etc.