2017年3月7日 · Learn how Ansys simulation tools provide a set of technologies and workflows that make piping analysis easy.

This tutorial illustrates using Ansys Fluent fluid flow systems in Ansys Workbench to set up and solve a three-dimensional turbulent fluid-flow and heat-transfer problem in a mixing elbow. It is designed to introduce you to the Ansys Workbench tool set using a simple geometry.

Learn how to simulate turbulent fluid flows in large scale eddies using Ansys Workbench in this course developed by Cornell Professor, Dr. Rajesh Bhaskaran.

In this simulation we will model a turbulent flow through a 90-degree bend pipe. The model consists of a pipe with a 90-degree bend, with the radius equal to the diameter of the pipe, as shown. The fluid used in this simulation is air at room temperature and atmospheric pressure.

This tutorial simulates a static mixer consisting of two inlet pipes delivering water into a mixing vessel; the water exits through an outlet pipe. A general workflow is established for analyzing the flow of fluid into and out of a mixer using Ansys Workbench. ... , enabling you to define this single-phase simulation. Under Working Fluid ...

This tutorial illustrates the setup and solution of a three-dimensional turbulent fluid flow and heat transfer problem in a mixing elbow. The mixing elbow configuration is encountered in piping systems in power plants and process industries.

2017年3月7日 · Ansys Mechanical, known as a general purpose finite element analysis program, provides a set of technologies and workflows that allows piping analysis to be an easy task. Some capabilities (contacts, detailed modeling, hybrid model) goes beyond what a typical piping software can do.

Fluid flow describes the continuous deformation and movement of liquids or gases in response to applied forces or pressure differences. Fluid flow reflects the fluid's ability to change shape or adapt to its container — unlike solids, which maintain a fixed form.

To understand this complicated multi-phase flow, fluid structure simulations (FSI) can be used. If only analytical models would be used to simulate this complicated phenomenon, it would lead to too conservative designs since the analytical models are often overly conservative.

The next step of setting up this tutorial is to ensure that the Forte project is set up to be used by System Coupling. Open the tee_junction.ftsim project in the Forte Simulation interface. The simulation domain used in Forte is illustrated in Figure 23.1: Simulation domain in Forte for the T-junction pipe flow problem.