Products

Ansys EnSight Simulation Data Visualization
Software

Analyze, visualize and communicate your simulation data with Ansys EnSight. A general-purpose post processing software allowing you to gain insights and understandings from your simulations.

Overview

EnSight Handles all Simulation Engineering Disciplines

Ansys EnSight is the user friendly, market-leading data visualization tool. It can handle large simulation datasets from all physics and engineering disciplines. This software is capable of consolidating data from multiple engineering simulations to help you analyze and explain the most complex systems and processes.

Features

Quick Specs

EnSight allows you to extract the salient information by providing a powerful set of analysis tools and techniques. From common tools to cutting-edge features such as Volume Rendering and LIC, explore your data visually. Visualize data from more than one design simultaneously, even from different solvers.

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Multiphysics Post-processing

Parallel Post-processing

Multi-case Comparison

Keyframe Animations

Volume Rendering

Line Integral Convolution (LIC)

Python Scripting

Realistic Rendering

Report Generation

Variable Calculator

Remote Visualization

Market Leading Animations

Capabilities

Process Large Datasets with Ansys EnSight

EnSight has no issues tackling vast datasets. In fact, it can process models that contain more than hundreds of millions of cells. It is the industry leader for all physics (CFD, FEA, MBD, DEM, CAE, etc…) data visualization and is consistently leveraged by its users.

You’ll be able to import data from various engineering simulations to quickly analyze performance – all in a single, interactive application.

Capabilities

Key Feartures

Ansys EnSight enables you to analyze, visualize and communicate data from a variety of physics simulations.

Computational Fluid Dynamics

CFD simulations are the core audience for EnSight’s interactive, dynamic, and exploratory capabilities and features. Everything from powerful calculator operations, multiple viewports, fast transient post processing to the interactive clips, isosurfaces and streamlines creates an environment in which the user can explore, extract, and learn key insights into the solution quickly and dynamically. Leveraging the many different readers allows the users to integrate data together from multiple sources to help analyze, visualize, and communicate the salient results from the solution set to and understanding of the CFD results.

Finite Element Analysis

FEA simulations benefit from being post processed in EnSight with the ability to perform detailed data extracts from a wide range of variable values (including tensor operations). The generic capabilities of EnSight’s post processing architecture lend itself well to the wide variety of FEA simulations. High quality rendering, material properties and ray traced renderings can create a much more realistic animation from your structural result solution.

Multi-body Dynamics

MBD simulations benefit from EnSight’s powerful animation capabilities including tracked camera movement, keyframe animations, and integrated graphs in the scene to help convey complex movements in a very powerful manner.

Discrete Element Method

DEM simulations benefit from Ansys EnSight’s particle display techniques which allow for very high particle counts to be displayed while maintaining high frame rates. The ability to both color & filter particles based on variable values along with variable based transparency and powerful calculator quantities on particles allows for users to extract out key information, metrics, and visualizations from DEM solutions.

Computer Aided Engineering

General CAE simulations benefit in EnSight from a single consistent method to visualize results, along with the ability to read in over 50 different types of simulation formats together. Coupled multiphyisics solutions can be post processed together in a single viewport allowing for new insights to be gained from visualizing and analyzing the results together.

PyEnSight

With PyEnSight, you can launch an EnSight instance, connect to it, and run commands using the same syntax that the embedded Python interpreter uses. Additionally, PyEnSight includes access to the visualization systems of EnSight via images, geometry files, and remote HTML rendering. Because PyEnSight also supports the object event system, you can use its interfaces to develop asynchronous, remote, or desktop apps.