Aerostructures
Ansys Granta aids in aero structures applications by providing comprehensive materials data and tools for informed decision-making. It enables engineers to select the most suitable materials for specific aerospace structural components, considering factors such as performance, weight, durability, and compliance requirements.
Aerodynamics
Ansys simulation empowers you to enhance automotive & aerospace exteriors by minimizing drag, decreasing weight, and enhancing fuel efficiency and range.
Combustion Stability
Combustion stability is a paramount concern as it can lead to engine component erosion. Use Ansys to ensure stable and efficient combustion, preventing damage to engine components.
Gas Turbines
Ansys gas turbine simulation solutions empower you to conceptualize and enhance the design of next generation gas turbines.
Gas Liquid Systems
Discover how Ansys’ multiphysics simulation allows you to effectively upscale gas-liquid process equipment for enhanced yield and efficiency optimization.
Mixing
Ansys fluid mixing simulation tools aid in modeling the process of mixing and blending one or more fluid-like materials.
Battery Simulation
Ansys empowers you to enhance battery designs by balancing safety, performance, size, cost, and reliability, positioning you as a market leader. The multiphysics battery simulation solution facilitates the integration of interdisciplinary expertise across various scales.
Battery Cell & Electrode
Electrochemistry constitutes the fundamental physics governing battery operation and performance. Our simulations precisely replicate electrochemical processes prior to manufacturing, facilitating the selection of material properties and the design of electrode structures.
Electromagnetic Actuators
Electromagnetic Actuators are used to convert electrical energy to linear mechanical motion. Simulation helps to analyze the performance in terms of mechanical force requirements, number of turns, materials, and integration of control circuitry.
Switch Gear Components
Computation of Electric stress distribution in the insulating medium greatly helps in analyzing partial discharge and identifying proper insulating material.
