There are huge numbers of engineering applications that can benefit from computational fluid dynamics simulation. Whether you analyze the commonplace fluid flow and heat transfer or work with complex transient reacting flows, ANSYS Fluent® software should be an integral part of your product design and optimization process.
A fully featured fluid dynamics solution for modelling flow and other related physical phenomena, Fluent offers unparalleled analysis capabilities. It provides all the tools needed to design and optimize new equipment and troubleshoot existing installations. The versatile technology offers insight into how a product design will behave in the real world, all before a single prototype is built. Fluent’s capabilities are developed by world-renowned experts and supported by extremely experienced engineers, so you can have confidence in the solution as you develop higher quality products faster, decrease time to market, reduce risk and increase innovation.
Ansys Fluent gives you more time to innovate and optimize product performance. Trust your simulation results with software that has been extensively validated across a wide range of applications. With Ansys Fluent, you can create advanced physics models and analyze a variety of fluids phenomena—all in a customizable and intuitive space.
Using TUI (Text User Interface) for writing FLUENT settings and using it for another Case In this video,1) you will learn how to write all fluent settings to a text file and then use it for a new fluent case file that must have the same settings.2) You also learn Read more…
By Ansys Advantage Staff Climeworks-captured CO2 turned into stone with the Carbfix process. Carbfix developed a process that captures CO2 and other acid gases in water, then injects this water into the subsurface where the gases are stored as stable minerals. Credit Carbfix. Photo by Sandra O Snaebjornsdottir Simulation Changes Read more…
Reynolds Number? Have you ever looked at a flow in nature, at a waterfall, perhaps, and wondered why it flows smoothly? Or chaotically? Or both? The answer lies in the relative magnitude of different forces in the flow, which can be represented by calculating the Reynolds number — an important Read more…
Aneurysm Coiling Treatment We are pleased to inform you that our article “Influence of the coiling porosity on the risk reduction of the cerebral aneurysm rupture: computational study” has been published in Nature Scientific Reports and is available online.The open-access paper has just been published today and you can read Read more…
“By simulating the flow of blood through the different designs in Fluent and visualizing the outcomes in CFX, the researchers at The Kidney Project could measure blood flow velocity precisely, identify areas where clots were likely to form and understand why those spots created opportunities for clotting and then incorporate Read more…
ANSYS ADVANTAGE MAGAZINE By Ansys Advantage Staff Each year, thousands of people die as a result of aortic aneurysms — balloon-like bulges caused by weaknesses in the aortas, the large artery that sends blood from the heart through the vascular system. If an aneurysm remains undetected, the aorta can eventually tear Read more…
Reynolds-averaged Navier–Stokes (RANS) equations Turbulence modeling is one of the main sources of uncertainty in CFD simulations of technical flows. This is not surprising, as turbulence is the most complex phenomenon in classical physics. Turbulent flows pose a multi-scale problem, where the dimension of the technical device is often of Read more…
UDF A user-defined function, or UDF, is a C or C++ function that can be dynamically loaded with the ANSYS Fluent solver to enhance its standard features. For example, you can use a UDF to: Customize boundary conditions, material property definitions, surface and volume reaction rates, source terms in ANSYS Read more…
3D Blood Flow Simulation Bio-medical researchers have been relying on computational fluid dynamics to model and understand the physical mechanisms behind the formation and progression of hemodynamic disorders. Wall shear stress (WSS) exerted on the walls of the blood vessel due to the flow of blood is one of the Read more…
Pressure The pressure could be measured by different devices such as barometer, piezometer and Pitot tube. A barometer is a scientific instrument that is used to measure air pressure (atmospheric pressure) in a certain environment. Pressure tendency can forecast short term changes in the weather. The atmospheric pressure (ambient pressure) causes the fluid Read more…