Simulation World 2024

Simulation is transforming mobility to address unprecedented challenges and deliver cost-effective, competitively differentiated solutions, from safer, more sustainable designs to the complex electronics and embedded software that define them.

The aerospace and defense industries must operate on the cutting edge to deliver advanced capabilities. Digital engineering helps them increase flexibility, update legacy programs, and speed new technology into service.

Industries rely on simulation to streamline production and distribution of safer, cleaner, more reliable energy through fuel-to-power conversions, and to accelerate scaling of low-carbon energy solutions.

Safer medical treatments require more testing and clinical trials, making traditional approaches less affordable. Simulation-driven in silico methods are reducing market costs and facilitating breakthrough innovation, without compromising patient safety.

Integrated electronics and semiconductors, 3D-ICs, embedded software, wired and wireless connectivity, embedded electromechanical subsystems and advanced sensors and displays: simulation helps contextualize them all within an entire system, from chip to mission.

Producing increasingly complex products requires advanced physics models and numerical methods for multiphysics simulation to tackle difficult design challenges and simulate real-world scenarios.

Having the flexibility and open ecosystem needed to simulate modern, complex products and systems at scale requires the latest advancements in hyperscale and cloud computing.

AI-augmented simulation technology is a real game-changer, bringing unprecedented speed, innovation, and accessibility to engineering. It's not just about accelerating simulation, it's about making it simple, natural, and accessible.

Digital engineering sorts through complexity to reduce time, cost, and risk, increasing accuracy and performance with physics rigor to deliver a design infrastructure and open ecosystem along a two-way digital thread.

Electromagnetic simulation enables the successful modeling, analysis and design of many high- and low-frequency electronics, including computing platforms, generators and transformers, communications systems and satellites, and advanced driver-assistance systems.

Simulation solves complex structural engineering challenges quickly and efficiently through finite element analysis, customized and automated solutions for structural mechanics, and multiple design scenario analysis to ensure greater product integrity.

By gaining insights into the forces that affect fluid flow using CFD analysis, companies can make critical design decisions that significantly reduce energy consumption and improve product performance.

Optics-specific tools and workflows help optical designers innovate across an entire industry to expedite groundbreaking product development and improve performance, reliability, and yield — from the nano to the micro scale.

Increasing the speed and efficiency of semiconductor manufacturing requires comprehensive multiphysics EM/IR, thermal, and electromagnetic simulation to support 3D-IC design, bespoke silicon, and intelligent connectivity.