Optical design software for developing optical, illumination, and laser systems, is widely adopted across industries. Zemax OpticStudio can be used to design optical components with structural and thermal analysis capabilities.

A leading solution for simulating and optimizing photonic components. It integrates FDTD, RCWA, and STACK solvers in a single environment, enabling fast and accurate design with scalable HPC and cloud-based solutions.

Ansys Rocky excels in simulating particle flows with realistic shapes using multi-GPU technology. It supports complex industrial applications with accurate, scalable solutions for various particle behaviors.

FENSAP-ICE provides accurate in-flight icing simulations, analyzing ice accretion, aerodynamic effects, and protection systems. Its advanced features help maintain safety and performance across diverse aviation components.

Ansys Chemkin-Pro enhances chemical process design by accurately simulating complex kinetics and reacting flows. It supports combustion analysis, emissions prediction, and reaction path analysis.

Ansys Forte is a CFD software designed for internal combustion engine simulations, offering advanced chemical kinetics, spray modeling, and multiphase flow analysis for efficient and accurate engine design.

Ansys Aqwa analyzes wave, wind, and current effects on marine structures like FPSOs, TLPs, and ships. It supports hydrodynamic diffraction, response analysis, and sea-keeping simulations for precise design evaluations.

Nuhertz FilterSolutions provides automated RF, microwave, and digital filter design, synthesis, and optimization in an efficient, straightforward process. It offers performance specifications and synthesizes both ideal and physical filter layouts.

An advanced CFD software especially for Turbomachinery. Capable of general fluid flow and heat transfer, providing detailed analysis and offering comprehensive capabilities, including multiphase flows, turbulence modeling, and optimization.

Simulating intricate systems in a realistic 3D environment like modeling ground, sea, air, and space assets is now possible with the goal of understanding system behavior and mission performance effectively.