MATERIALS IN PYROSIM SOFTWARE

The main goal of aerodynamic is to calculate the direction, speed, and pressure of air on surfaces. Meshing process in finit element simulation and analysisĪnalysis and simulation of aerodynamics and hydrodynamicsĪerodynamic simulation can be used to check the behavior of a product or part, against the air or wind. Simulation and analysis of finite elements are used for static and dynamic loading in mechanical equipment and structures. It should be noted, that the accuracy of finite element analysis strongly depends on the quality of modeling, boundary conditions, and assignment of the correct material, and proper meshing of the model.

MATERIALS IN PYROSIM SOFTWARE

In the finite element method, the object or 3D volume divide into small elements, and then software could solve the equations in the 3D model. The practical application of finite elements is commonly referred to as finite element analysis(FEA). Static and dynamic analysis and simulation, finite element method (FEM and FEA)įinite Element Method is a numerical method for approximate solutions of partial differential equations and solving integral equations. Velocity and pressure simulation inside ball valve Industrial ventilation and air conditioning simulation Heat transfer charts and plots in the outer surfaces and boundaryĪnalysis and simulation of heat transfer and fluid(CFD), can be done with software such as Fluent, Ansys, and Flow-works used in different parts of the industry. Fluid speed, temperature, and pressure plot in the interior and exterior surfaces Fluid speed, temperature, and pressure data at any point of the model Some data that can be calculated in Computational Fluid Dynamics : Both methods solve equations in small meshed elements.īy increasing computer processing speeds, CFD and FEM analyzes have found a special place in the design and manufacturing process. In this method, the computational domain(Model) will divide into tiny volumes during the meshing process.After applying the boundary conditions, CFD software will solve the Navier-Stokes equation for all small elements in model volume.Ĭomputational Fluid Dynamics(CFD) in terms of the overall trend is similar to static and dynamic analysis. CFD(Computational Fluid Dynamics) is solving the Navier-Stokes equation for the small volumes from the original model. To respect the British and the French mathematician, these are called the Navier-Stokes equations. According to this point, there are some equations for fluid motion analysis. Fluid mechanics begins with the same principles as solid mechanics, but what distinguishes them, is that unlike solid, fluid is not able to withstand shear stress. In continuum mechanics, fluid mechanics is a large branch. Heat transfer and flow simulation in shell and tube heat exchanger using CFD method Fire and smoke modeling and simulation using PyroSim and FDS software Static simulation(finite element method for chassis structure, part, and device) Electrical heat transfer simulation(PCB and circuits) Heat transfer simulation(heat exchanger) Following you can see a list of simulations, which we can run in ARACo: Having a great background in industrial projects in ARACo and with a good understanding of the mechanisms and production process, We are ready to carry out CFD, FEA(FEM), aerodynamics, Fire and smoke, and free-surface simulation projects. We can find prototype or product weaknesses or possible failure parts and assemblies using CAE software. The design process can be carried out using finite element analysis software and applying any types of analyzes like static analysis, dynamics, Computational fluid dynamic (CFD), and mechanism analysis. Today, it is possible to do the whole design and simulation process by CAD and CAE software with high speed and good quality. One of the most important needs of manufacturing companies is a new product design and old products updates and improvements.

Materials in pyrosim