SIMULIA enables virtual verification of the behavior of products, materials, and systems even before the physical prototype is produced.
It connects structural calculations, fluid dynamics, temperature, electromagnetics, motion, vibrations, and design optimization in a single simulation environment.
Development teams must shorten deadlines, reduce weight and costs while ensuring safety, longevity, and product performance. If the behavior of the design is verified only on a physical prototype, every error means another iteration and delay.
Deformations, overheating, vibrations, electromagnetic interference, or fatigue manifest only during physical testing.
Without an accurate view of actual behavior, the product tends to be heavier, more expensive, or over-engineered.
Analysts manually transfer geometry and struggle to trace which version of the design the results belong to.
SIMULIA transfers real loads and physical phenomena into a virtual environment. Designers and analysts can compare variants, search for root causes of problems, and verify product behavior even before the prototype is produced. It is not just about answering "does it meet the requirements or not", but understanding why the problem arises and how to improve the design.
Verify parts, assemblies, materials, and entire systems under realistic operating conditions.
Connect strength, flow, temperature, electromagnetics, motion, vibrations, and acoustics.
Compare variants and find the best balance of performance, weight, durability, and costs.
You do not need to implement SIMULIA as a large ecosystem all at once. We start with a specific case that can verify input data, process, result accuracy, and benefits for the design and calculation team.
We determine what decision the simulation should support and how we will recognize a successful outcome.
We check geometry, materials, loads, boundary conditions, and available test data.
We create a model, compare scenarios, and verify the necessary level of confidence in the result.
We set up workflows, licenses, training, support, and integration with 3DEXPERIENCE.
SIMULIA is not a single program. The portfolio covers basic design verification as well as advanced nonlinear and multiphysics tasks, electromagnetics, dynamics of mechanisms, optimization, and enterprise simulation processes.
Simulation roles on the 3DEXPERIENCE platform connect design, calculations, data management, and collaboration in one environment for designers and specialists.
Advanced solution for realistic simulation of parts, materials, and assemblies, including complex contact, large deformations, and nonlinear behavior.
3D electromagnetic analysis of components and systems across the electromagnetic spectrum for the development of electronics, antennas, and electrical devices.
Multibody simulation for analyzing the motion and dynamic behavior of complex mechanical systems, drives, vehicles, machines, and rail vehicles.
The MODSIM approach connects modeling and simulation over a common data model on the 3DEXPERIENCE platform. Both the designer and analyst work in the same context, geometry changes can be reflected in calculations more quickly, and results remain linked to the correct version of the product.
The official video from Dassault Systèmes presents the simulation disciplines of SIMULIA and shows how realistic virtual testing helps to understand the behavior of products even before the physical prototype is produced.
The goal is not to create more calculations. The goal is to get the right decisions into development earlier, reduce technical risks, and leverage simulation data repeatedly.
Variants can first be compared virtually, and physical tests can focus on final verification of the design.
Critical points, resonance, overheating, or fatigue are addressed before release for production.
Optimization helps eliminate unnecessary material while maintaining required stiffness and longevity.
When changing geometry, material, or loads, the prepared process can be reused.
Traceable models, conditions, and results support repeatability and technical argumentation.
3DEXPERIENCE connects design, simulations, requirements, variants, results, and approvals.
Impacts, longevity, aerodynamics, cooling, NVH, batteries, electric motors, and antenna systems.
Lightweight structures, composites, aerodynamics, complex loads, and certification documentation.
Strength of frames and mechanisms, contact, fatigue, vibrations, thermal stress, and optimization.
Antennas, RF, EMC and EMI, cooling of electronics, connectors, sensors, and electric drives.
Pressure and thermal loads, flow, piping systems, turbomachinery, and operational lifespan.
Driving dynamics, bogies, wheel-rail contact, comfort, vibrations, and structural fatigue.
Nonlinear behavior of structures, seismic scenarios, stability, concrete, soils, and contact.
Behavior of new materials, packaging, and products under impact, load, temperature, or prolonged use.
TECHNODAT connects knowledge of Dassault Systèmes solutions, 3DEXPERIENCE, CATIA, PLM processes, design data, implementation, training, and long-term support.
We will help determine the appropriate level of simulation, necessary data, pilot scope, and success criteria.
Schedule a ConsultationWe will set up the solution, prepare workflows, and help users utilize SIMULIA in practice.
Learn More About TrainingAfter launch, we assist with methodology, technical inquiries, and expanding simulation scenarios.
Technical SupportThe SIMULIA simulation software accelerates the evaluation of performance, reliability, and safety of materials and products even before the production of physical prototypes. Explore the technical fields we support.
Finite element analysis for engineering and construction
Plan, simulate, and model global operations with accuracy and efficiency
Constant and variable internal and external flows around and through bodies and structures
Analysis of the motion of complex mechanical systems under the influence of mechanical forces
Simulation and analysis of noise and vibrations across the entire audible frequency range.
