Ansys Fluid Dynamics Resource Library

“This experience and the certainty we have gained through the CFD calculations are of great benefit to us. In many cases, they confirm our experience and show us additional optimization potential.”

“CFD flow analysis works extremely well. When we carried out the pilot project with CADFEM Suisse AG, I myself was pleasantly surprised at how well the simulation results matched the measurements.”

“Development of this pump probe within eight months was only possible thanks to coupled use of fluid and structure simulation. With such short development periods, there was no option to carry out experiments on sample pumps.”

“It also opens up new approaches for constructive optimization. Simulation also allows us to identify areas that have a major impact on pressure loss. Without flow simulation, Düker would not be able to achieve such minimal pressure loss in its valves.”

“Multiphase CFD analyses with Ansys Fluent have proven to be a suitable complement to testing. The use of CFD is indispensable in both product development and optimization in order to further reduce development costs and times.”

“When it comes to fluid dynamics, we’ve been using the CFX software from Ansys for some time and hope to supplement it with the Fluent solution from Ansys in the future in order to be able to cover an extended range of applications.”

The new Ansys Fluent

Ansys CFX the Turbo for Simulation

Features in Ansys Fluent

Tutorial 37. We will simulate a Venturi tube, which will be loaded into Fluent after meshing with Ansys Meshing. In Fluent, we will define the fluid mechanics setup. In addition to the general workflow, some tips are presented with which you can calculate your simulation quickly and efficiently.

Tutorial 38. Here, we will demonstrate the simulation of a water droplet surrounded by air, falling onto a plane. You will see the complete Workbench workflow, from geometry creation to evaluation.

Tutorial 35. We explain how to efficiently create and calculate CFD models with Ansys Workbench. We will start with model creation in SpaceClaim and move on to meshing with Workbench Meshing. This will be followed by computation and evaluation of the data in Ansys Fluent.

“Amongst other things, it can be tested to what extent the increases in coolant flow (and thus the increased load on the coolant pump due to increasing flow losses) have a worthwhile effect. Optimized temperature control helps to increase the efficiency and service life of the battery cells.”

“The coupled, algebraic multigrid method of Ansys CFX was used to solve the mathematical model. The model developed by LKR and CADFEM partner ISimQ, including the simulation process for this study, correctly illustrates trends and their time progression. It has the potential to handle industrial problems in the future.”