How To ... ANSYS - Tutorials, Tips and Tricks

 Modelling water pouring from a glass into another container in Ansys Fluent involves simulating a multiphase flow. Here's a general approach: **1. Geometry and Mesh:** * Create a 3D model of the glass, the receiving container, and any connecting elements (e.g., spout). * Ensure a good mesh quality, especially around the pouring region where the water encounters air. **2. Multiphase Flow Setup:** * In Fluent, activate the "Multiphase" model under "Models" in the project tree. * Select the "Volume Of Fluid (VOF)" method for capturing the water-air interface. **3. Material Properties:** * Define water and air as separate materials. Specify their properties like density and viscosity. **4. Boundary Conditions:** * Set the glass interior as a "Volume Fraction" with a value of 1 (pure water). * Set the receiving container interior as a "Volume Fraction" with a value of 0 (pure air).  * Define an outflow boundary condition at the top of t

Ansys Static Structural is a software that allows you to perform linear and nonlinear static analysis of structures, such as beams, plates, shells, and solids. One of the important aspects of static structural analysis is the contact between different parts of the structure, which can affect the stress, deformation, and load transfer. According to the web search results, there are three main types of contacts in Ansys Static Structural: bonded, frictionless, and frictional¹². Each type of contact has different characteristics and applications, depending on the behavior of the interface between the parts. - Bonded contact: This type of contact assumes that the parts are perfectly attached to each other, and there is no relative motion or separation between them. This means that both the normal and tangential forces are very large and resist any external forces that try to break or slide the parts. Bonded contact is useful for modeling welded joints, adhesive contacts, or some bolted con

An important element of each CFD and structural simulation is the precise definition of the global coordinate system. An improperly located coordinate system can lead to many difficulties - primarily in analyzes where the movement of individual elements is defined. Example of bad geometry position vs coordiante system 

Supports are used to represent parts that are not present in the model but are interacting with it. Supports help truncate the domain, which helps in efficiently obtaining numerically accurate results without modeling parts of the geometry that are not of primary interest. There are different types of support available, among which you need to choose the appropriate one for your analysis. Here are some of the common types of supports and their explanations: - **Fixed Support**: This type of support constrains all the degrees of freedom of the selected entity (body, face, or edge). It means that the entity cannot move or rotate in any direction. Fixed support is equivalent to applying zero displacement to all directions. Fixed support is useful for modeling rigid connections or supports that do not allow any movement. For example, you can use fixed support to model a bolted joint or a clamped beam. - **Displacement Support**: This type of support specifies a zero or non-zero displacemen