Overview
This is the entire simulation portfolio in one package rather than a single solver. Structural mechanics, computational fluid dynamics, heat transfer, electromagnetics, optics, semiconductor analysis, embedded software and the materials data that feeds all of them, installed from a common payload where you tick what the machine actually needs.
Workbench is the environment that holds it together. Analyses are built as a schematic of linked blocks, geometry feeding a mesh feeding a solver feeding results, and a change upstream marks everything downstream as needing an update rather than silently producing a stale answer. Parameters can be promoted to the project level and driven through a design of experiments, so a study across dozens of variants runs unattended.
The structural side covers static and transient analysis, modal and harmonic response, buckling, fatigue, fracture, explicit dynamics for impact and drop events, and nonlinear material behaviour including plasticity, hyperelasticity and creep. Contact handling is the part that separates a usable structural solve from an unusable one, and the contact tools here cover bonded, frictional, separation and self contact with automatic detection and manual override.
The fluids side covers the pressure and density based solvers with turbulence models spanning the usual families, multiphase flow, combustion, particle tracking, moving and deforming meshes, and conjugate heat transfer that couples the fluid solution to the solid parts around it. Meshing is a product in itself, with sweep, tetrahedral, polyhedral and hex dominant methods, inflation layers for boundary resolution and mesh quality reporting before a solve begins.
Key Features
- Complete simulation portfolio across structural, fluid, thermal, electromagnetic and optical physics
- Workbench schematic environment linking geometry, meshing, solving and results as connected blocks
- Parameter promotion with design of experiments and optimisation studies run unattended
- Static, transient, modal, harmonic, buckling, fatigue and fracture structural analysis
- Explicit dynamics for impact, drop and short duration high energy events
- Nonlinear materials including plasticity, hyperelasticity and creep with a large materials library
- Pressure and density based fluid solvers with multiphase, combustion and particle tracking
- Conjugate heat transfer coupling fluid solutions to surrounding solid components
- Meshing with sweep, tetrahedral, polyhedral and hex dominant methods plus inflation layers
- Multiphysics coupling so a result from one solver drives the load case in another
What Changed in This Build
- Faster solve times on multi core machines across the structural and fluid solvers
- Meshing improvements on thin walled and highly curved geometry
- Expanded materials library with more composite and additive process data
- Results post processing reworked for large transient result sets
System Requirements
| Processor | Intel or AMD 64-bit, 8 cores minimum, 16 or more strongly recommended |
| Memory | 32 GB minimum, 64 GB or more for large models |
| Graphics | Certified workstation class GPU with 8 GB VRAM recommended |
| Storage | 120 GB free on a fast SSD for install and result files |
| Display | 1920 x 1080 minimum, higher recommended |
Release Details
| Full title | Ansys Products 2026 R1 |
| Version string | 2026 R1 |
| Publisher | Ansys |
| Category | CAD and 3D |
| Licence | Full version, all products included |
| Platform | Windows 10 and 11, 64-bit |
| Interface language | Multilingual, 8 interface languages |
| Archive size | 36.2 GB |
| Mirrors | 4 active, all reporting online |
| Listed | refreshed 1 month ago, checked again 40 minutes ago |
Installation Notes
- Install only the products you actually use. Ticking the full portfolio costs a great deal of disk and adds services that never get opened.
- Point result file storage at a large fast drive, transient runs produce result sets far larger than the model itself.
- Check mesh quality metrics before solving. Most failed solves are mesh problems reported as convergence problems.
Before You Start
Read the notes above before running setup. Most of the problems people write in about are covered there, and almost all of them come down to an older version of the same software still being installed, a graphics driver that predates the release, or a security suite quarantining part of the package mid install.
There is no archive password on this or any other entry in the library. If something you downloaded elsewhere claims to come from here and asks for one, it did not come from here. Nothing on this site is behind a survey, a shortener or a countdown either.
If the entry does not match what the page describes, say so on the contact page and include the version string from the release details table. Reports naming a specific version get checked first because the checker can reproduce them straight away.
Frequently Asked
No, it is the full portfolio installed from a common payload. Workbench is the environment that links the individual solvers into one project.
More than a desktop for anything serious. Core count and memory dominate solve time, and large transient runs need substantial fast storage.
Yes. Multiphysics coupling passes a solution from one solver into the load case of another through the project schematic.
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