If you have used SOLIDWORKS Flow Simulation, you will likely know that one of the best enhancements in recent years is the “Sliding Mesh” rotating region feature. This boundary condition is geared towards turbo machinery design, allowing the impeller/ rotating geometry to drive fluid flow. This technology is an advanced option for designing impellers, volutes, propellers or anything else you want to rotate in a fluid. As you might have noticed these applications rotate at a fast rate usually 100’s […]
SOLIDWORKS Flow Simulation
SOLIDWORKS Flow Simulation is an extremely powerful tool. Studies can be setup quickly and run efficiently and accurately. As a result of its ease of use, customers can iterate and solve a variety of scenarios quicker than if they were performing physical testing. In today’s blog, I will show you a great tip on how to iterate even quicker with the Parameter Editor tool in SOLIDWORKS Flow Simulation! One of the most common things I see customers do in SOLIDWORKS […]
This blog continues the quest to understand the computational fluid dynamics (CFD) mesh settings in SOLIDWORKS Flow Simulation that I initiated in my first blog. The focus there was on the global automatic settings. I followed that with Part 1 of global manual settings. Here, I continue to describe other manual settings, specifically the Small Solid Feature and Curvature controls. As stated previously, the goal is to create an accurate mesh without an excessive cell count that will allow an […]
Global automatic mesh settings allow you to start making a good CFD mesh in Flow Simulation.
How do I view SOLIDWORKS Flow Simulation Results and Create My First Cut Plot? SOLIDWORKS Flow Simulation is a computational fluid dynamics (CFD) analysis software. Flow Simulation provides an understanding of fluid motion around or through your design. For an understanding of how to create and solve a Flow Simulation study please see the accompanying blog “How do I create a Flow Simulation analysis project?”. Once your study is created and run the next step is to interrogate the results. […]
What do I need to know to install my Composer, Plastics, Inspection, MBD, or Simulation package? First, all these products are installed thru the SOLIDWORKS installation manager. To download the installation manager, you will need to click the SOLIDWORKS download link. Run the installation manager and enter the serial number for your products. If you have all your licenses set up to be renewed at the same time you may have only one SOLIDWORKS serial number for all your assets. […]
Project templates can help speed the analysis process in SOLIDWORKS Flow Simulation.
How do I create a Flow Simulation analysis project? SOLIDWORKS Flow Simulation is a computational fluid dynamics (CFD) analysis software. Flow Simulation provides an understanding of fluid motion around or through your design. Flow Simulation contains a conjugate heat transfer solver, parametric optimization, rotating regions with sliding mesh, free surface capabilities and many other options. In this article we are going to focus on getting started in Flow Simulation, and the steps to take to ensure a successful analysis. First […]
Design for Altitude with SOLIDWORKS Flow Simulation 2020 As an engineer and a space enthusiast, I am deeply excited about the recent SpaceX Dragon launch. The Dragon launch was the first American based launch of NASA astronauts since 2011, and it will hopefully push NASA to consider more American based space launches for years to come! With that being said, the process to launch the Dragon spacecraft required multiple design iterations and validation to ensure a safe and effective launch. […]
How do I complete a Fill study in SOLIDWORKS Plastics? Utilizing the analysis capabilities of SOLIDWORKS Plastics early in the product development cycle enables users to optimize the plastic injection molding process, create high quality parts, and reduce manufacturing costs. A Fill study is the first analysis that users perform with SOLIDWORKS Plastics. How the molten plastic resin is injected into a mold cavity depends upon multiple factors, such as injection pressure and temperature, part wall thickness, mold wall temperature, […]