A critical aspect of droplet`s breakup during DPM CFD simulations is the breakup process, which is fundamental to understanding spray and atomization phenomena. In this […]
Introduction to DPM Breakup Models Read More »
Droplet evaporation is a key phenomenon in many industrial processes, including spray drying, fuel atomization, and cooling towers. Understanding the rate of evaporation and its
Introduction to DPM Droplet Evaporation Simulation Read More »
Computational Fluid Dynamics (CFD) has become an essential tool for optimizing pump performance across various industries. By leveraging CFD pump simulations in ANSYS Fluent, engineers
CFD Analysis of Centrifugal Pump Using ANSYS Fluent Read More »
As stated in the Discrete Phase Model Physical Models article, ANSYS Fluent predicts the trajectory of particles by integrating the force balance on the particle.
Discrete Phase Model Drag Law Read More »
Understanding 7 Discrete Phase Model (DPM) drag laws, Now it`s time to focus on the other seven choices provided in ANSYS Fluent for Dense Discrete
Dense Discrete Phase Model Drag Law Read More »
In the design of HVAC systems, the question arises as to what conditions the ambient air needs for a person to feel comfortable in it.
What is PMV? What is PPD? Basics of Thermal Comfort Read More »
A Mesh Sensitivity Study, also known as a Grid Independence Study, Mesh study and Mesh convergence study is a fundamental step in CFD simulations to
Grid Size Independency in Discrete Phase Model (DPM) Read More »
With the increasing desire to use renewable energies, one of the hot topics in industry and university has become the use of wind turbines. The
CFD for Wind Turbine Modeling Read More »
Many students and even some professionals struggle to differentiate between particle stream and parcel used in Discrete Phase Model (DPM) simulations. This confusion is understandable,
Discrete Phase Model Parcel Concept Read More »
The discrete phase model (DPM) window in ANSYS Fluent is established from different sections. As shown in Fig. 1, there is a separate tab entitled
Discrete Phase Model Physical Model Read More »
