Salome is perhaps the best performing geometric preprocessor and opensource mesh generator available. This software is available within the CloudHPC app and it is possible to take advantage of the high computing power made available by CloudHPC. In this article we are going to see how you can use SALOME Read more…
Many users wonder how which procedure follows our snappyHexMesh script. The reply to this question is rather simple and this post aims at giving you the most important info. basic steps to generate mesh with snappyHexMesh Obviously to use snappyHexMesh there are three steps to follow and complete: blockMesh – Read more…
CloudHPC is able to provide a number of real-time information when running OpenFOAM simulations. In particular it gets useful to add some OpenFOAM function object which are able to plot some variables calculated by OpenFOAM. Thanks to these, you can monitor your analysis and it is possible to make a Read more…
How many times have you wanted to launch a FEA/FEM analysis on Code Aster but did not have the necessary computing power? In this article we show you how you can overcome this problem by carrying out an analysis on the CloudHPC website, a computing resource service made available by Read more…
CFD FEA Service offers the use of a Cloud HPC service to run your scripts for CFD, FEM and other simulations. The CloudHPC system (High Performance Computing) allows you to rent the computational capacity made available, in order to run large and complex engineering analyses in FDS. The offered service Read more…
A design of experiment is a methodology of authomatically execute multiple analysis to verify, for instance, the influence of boundary conditions to a CFD case. Thanks to cloudHPCexec, a linux tool which you can install as a normal .deb package, this is possible and easy to do. Let’s discover how! Read more…
When running your simulation on the cloud it’s common to be a bit confused about multiCORE multiThreads capabilities of the machines. Generally, the confusion becomes even bigger when thinking that not all the software available on the platform are able to use both these functionalities. Before going furthere it’s worth Read more…
The Heat Release Rate (HRR) is a fundamental parameter to describe the fire hazard. A simplified method to estimate HRR is analyzed in order to rapidly assess a fire hazard in FDS. Generally, in fire engineering, a the traditional fire development curve approximate the behavior of the HRR. The Heat Read more…
To speed up complex fire simulations in FDS it’s important to achieve a good scalability and equilibrate the hardware resources. Fire simulations commonly leads to long calculation time due to the large number of physical and chemical processes involved. In complex fire simulation the available hardware carries out a high Read more…
