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Ansys

Validate Every Design Decision

INTRODUCTION

As products grow more advanced and multidisciplinary, mechanical, electrical, thermal and software behaviors no longer sit in isolation, they interact, and those interactions decide whether a product performs the way it’s meant to. Validating that performance the traditional way, through physical prototypes and late-stage testing, is slow, costly and often catches problems after design decisions are already locked in.

Ansys changes that by letting your teams predict how a product will behave in the real world, before it’s built. Through high-fidelity multiphysics simulation across structural integrity, fluid dynamics, electronics, optics, acoustics and safety, your teams validate performance where it matters, early, when design changes are still simple to make. Rather than waiting for physical testing to catch what a design gets wrong, your teams work with the evidence to get it right the first time, moving from concept to confident production with less risk and less rework along the way.

With Ansys, your engineering teams can:

Validate across every physics domain 

Validate across every physics domain Structural, fluid, thermal, electromagnetic, optical and acoustic simulation, unified in one integrated multiphysics view

Move faster, with less physical prototyping

High-fidelity virtual testing gives your teams the evidence to commit to a design with confidence

Optimize before you manufacture

Simulation-driven engineering improves lightweighting, durability and sustainability, and validates additive processes before a single part is printed

Simulate electronic systems with confidence 

Validate PCBs, antennas and electromagnetic compatibility before production

Stay connected across the lifecycle

Digital twins link real-world operational data to your simulation models, while a Simulation Digital Thread keeps every team traceable and aligned

Engineer with greater speed and assurance 

AI-powered simulation accelerates design exploration, while functional safety and reliability engineering support mission-critical systems

Connect between 3D and Ansys

Implementing Ansys, With 3D Engineering

Simulation only delivers value when it’s built into how your teams actually work, not bolted on as an afterthought. As a reseller and implementation partner for Ansys, 3D Engineering helps you get there: setting up the right simulation environment for your products, training your engineers to use it with confidence, and staying on hand for the technical support that keeps validation running smoothly, long after go-live.

Your teams take the lead, deciding what to validate, what to optimize and what to build next. We take care of the rest: making sure the tools are configured right, your people know how to use them, and help is there the moment you need it.

ANSYS Products

What Ansys Offers Your Teams

Structures

Validate structural strength, durability and motion, so your design survives real-world loads before it’s built.

Additive

Simulate the additive manufacturing process before you print, to avoid distortion, control build risk and qualify parts with confidence.

Acoustic

Predict and shape how a product sounds, from the earliest stages of design, before a single prototype is built.

AI

Bring AI directly into your simulation workflow, to set up models faster, guide less-experienced users and get results sooner.

Simulation Digital Thread

Connect simulation tools, materials data and engineering processes into one traceable thread, so more of your team can act on trusted results.

Digital Mission Engineering

Model complex, multi-domain systems- land, sea, air and space to validate how they’ll perform before they’re deployed.

Digital Twin

Build a living virtual replica of your product, so you can predict performance and act on maintenance before problems occur.

Fluid

Predict how fluids, heat and gases move through your design, before physical testing confirms it.

Optics

Validate optical and photonic performance digitally, before your design reaches a physical lens or sensor.

Electronics

Validate the electromagnetic, thermal and signal performance of your electronic systems, before committing to a board or a build.

Material

Simulate with materials data you can trust, so your results reflect how those materials actually behave.

Safety

Validate the safety and reliability of your system, for the moments when failure isn’t an option.

CASE STUDIES

Stories of Transformation

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