Altair Flow Simulator is a powerful software designed for the comprehensive modeling and optimization of fluid and thermal systems. The tool integrates seamlessly with computer-aided design (CAD) environments, making it ideal for rapid simulation of system behaviors across a variety of industries. Originally developed by GE Aviation for aircraft engine simulation, it now supports applications such as rotating machinery design, electromobility, wind turbines, heat exchangers, and thermal management. Flow Simulator allows engineers to perform multi-disciplinary simulations, from initial concept modeling to in-depth analysis and optimization, ensuring faster product development cycles. Key features include fully coupled flow and thermal network modeling, an intuitive user interface, and advanced optimization modules like Monte Carlo and Latin Hypercube. It is particularly beneficial for turbomachinery, energy, and mobility sectors, optimizing system design in areas such as turbine engine systems, power plant piping, and HVAC systems for mobility applications. Features

• Fully Coupled Flow and Thermal Network Modeling: Accurate steady-state and transient analysis with an extended library of preconfigured elements.
• Intuitive Interface: Modern 3D CAD integration for modeling, optimization, and post-processing.
• Control System Module: Integration of PID controllers and mission-specific analysis for optimized machine operation.
• Optimization Module: Uses Monte Carlo and Optimal Latin Hypercube methods to explore and refine the entire design space.
• User-Defined Elements: Supports customer’s intellectual property (IP) and custom formulations via Python scripting and Fortran language.
• Turbomachinery and Mobility Applications: Ideal for turbomachinery design, energy systems, and thermal management in mobility and power systems.