The building industry is increasingly focused on energy efficiency, and windows play a crucial role in a building’s overall thermal performance. The Italian standard UNI 11673-1-2017 provides specific requirements for evaluating the thermal transmittance (U-value) of windows and doors. One powerful method for achieving this analysis is using Finite Element Read more…
Have you ever worked with large, complex datasets and felt overwhelmed trying to understand them? Visualization is often the key to unlocking hidden insights, and the power of ParaView is now accessible through its Python scripting interface, pvpython. This blog post will guide you through the basics of using pvpython Read more…
Introduction Fire sprinklers are a critical component of fire safety systems, designed to detect and suppress fires quickly, protecting lives and property. Simulating their behavior in a fire environment using tools like Fire Dynamics Simulator (FDS) can provide valuable insights for design and safety analysis. This post will delve into Read more…
Finite Element Method (FEM) analysis relies heavily on the choice of element type. The accuracy and efficiency of your simulation depend significantly on selecting the appropriate element for your geometry and loading conditions. Three fundamental element types are BEAM, SHELL, and SOLID elements. This post explores the differences between them, Read more…
Computational Fluid Dynamics (CFD) is a powerful tool for simulating fluid flow, but accurately capturing turbulence – the chaotic, unpredictable nature of many real-world flows – remains a significant challenge. While numerous turbulence models exist, the k-ε (k-epsilon) model stands out as one of the most widely used, striking a Read more…
Fire Dynamics Simulator (FDS) is a powerful tool for modeling and simulating fire behavior. Understanding how to effectively monitor the simulated environment is crucial for extracting meaningful results. This is where the DEVC (Device) keyword comes in – a vital component for tracking key variables within your FDS simulations. This Read more…
OpenFOAM, a powerful Computational Fluid Dynamics (CFD) toolbox, often deals with unsteady, turbulent flows. While resolving every fluctuation can be computationally expensive and sometimes unnecessary, extracting meaningful time-averaged quantities is crucial for understanding the underlying flow physics. This is where OpenFOAM’s time-averaging function objects come in handy. This post will Read more…
CFD FEA SERVICE announces the release of the brand new hyper instance group. These are brand new instances performed by the brand new INTEL SAPPHIRE RAPIDS processors. This starts the new premium processors which are capable of our best performances and can decrease considerably your simulation time (up to 50% Read more…
A new benchmark to evaluate performance of two of the most common FEM/FEA solvers is proposed. On the cloudHPC platform it is possible to execute both calculiX and code_aster simulations with the most advanced MPI compilation. None of the two solvers is, in fact, available in multi-core use – also Read more…
The European Union’s new regulations, 2024/1834, aim to improve the efficiency and environmental impact of fans across various industries. This is a game-changer for fan manufacturers and designers, demanding a deeper understanding of fan performance and innovative solutions to meet the new standards. This is where Computational Fluid Dynamics (CFD) Read more…
