Leverage multi-core desktop systems with multi-threaded capability.Dramatic performance improvements for large finite-element dаta:Load times up to 23 times faster.Peak memory usage reduced up to 93%.Files sizes compressed up to 70%.Analyze large finite-element data sets quickly and easily on a typical engineering laptop.Īssess your grid quality with 28 grid quality functions including aspect ratios, Y+, skewness, orthogonality, and stretch factors.Validate computational output with experimental data in by a single Descriptionting environment.Estimate the order of accuracy of your numerical solutions with Richardson extrapolation analysis.Interactively explore and sweep through flow field to check that flow features align with the grid.Compare multiple models simultaneously, including Fluid-structure Interaction (FSI) visualization.Ĭopy and paste images directly into Microsoft Office applications.Export professional, presentation-quality vector and raster formats.Present multiple, time-linked views of your Descriptions with TecDescription 360's unique multi-frame layout workspace.Optimize animations for PowerPoint and the Web.Create reports using unique multipage layouts. Load your data with support for 27 CFD, FEA, structural analysis, and industry-standard data formats.Unique multi-frame environment with multiple pages for reporting and comparing solutions.Understand XY, Polar, 2D and 3D Descriptions using unique linking capabilities.Animate and step through transient solutions with video player-style controls like forward, backward, loop, bounce, and throttle control.Explore with interactive slicing, iso-surface, and streamtrace tools.Automatically extract key flow features such as vortex cores, shock surfaces.Įxplore Billion Cell Models with SZL Technology The right tools help you spend less time waiting and more time discovering. The right tools handle large data sets, automate workflows, and visualize parametric results. It's essential that you have the right tools to effectively analyze your results-whether they are CFD, other simulations or test data. More CFD simulations are being run, grid sizes are getting larger, and data sets are being stored remotely. tecplot RS gives engineers the ability to manage and analyze simulation data, uncover knowledge about reservoir model behavior, and gain confidence in making crucial decisions. it helps you quickly plot and animate your data exactly the way you want. Computational fluid dynamics is the science of predicting fluid flow, heat transfer, mass transfer, chemical reactions, and related phenomena by Solve mathematical equations, which express physical laws using a numerical process. All students and mechanical engineers can use this program to do their .2020.R1.v2020.85 | 256 MB / 288 MB / tecplot 360 ex gets you answers faster.
Tecplot is actually a tool for visualizing and plotting data in the field of CFD or computational fluid dynamics and is widely used in the field of mechanical engineering of heat and fluid orientation. Fluid dynamics is the name of one of the most widely used and widely used branches of fluid mechanics. The subject of study in this field is the science of how liquids and gases behave when moving under the influence of various factors. This software makes the output data of software such as Fluent more tangible by drawing diagrams and contours. In computational fluid dynamics, different methods and algorithms are used to arrive at an answer, but in all cases, they divide the problem domain into a large number of small components and solve the problem for each of these components. After drawing a regular 100-sided polygon, we will see that the resulting shape is similar to a circle. This similarity will increase as the number of sides increases. In fact, this phenomenon will also make sense in CFD.Ĭomputational fluid dynamics or CFD is one of the largest fields that connects ancient mechanics to computer science and new computational capabilities.