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 »
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 »
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 »
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 »
Understanding the relationship between velocity and flow rate in the Discrete Phase Model (DPM) has been a daunting challenge for ANSYS Fluent users. This article
Relationship between Velocity and Flow Rate in DPM Read More »
One of the phenomena that engineers deal with a lot is multiphase flow. In such flows, there are several different phases (solid, liquid and gas)
Using ANSYS Fluent for Multiphase Flow Simulations: Techniques and Tips Read More »
CFD simulations are utilized across a wide range of fields, providing crucial insights into fluid dynamics and heat transfer processes. In this discussion, we will
CFD applications؛ Applications of Computational Fluid Dynamics (CFD) Read More »
