Combine Modelon Impact and minds.ai’s DeepSim platform to develop AI-based controllers using reinforcement learning for a heat recovery steam generator system.

Design and simulate an automotive air conditioning and heat pump system to evaluate the energy consumption and range performance of an electric vehicle.

Torque vectoring technology is a vehicle’s ability to vary torque in each wheel. Learn how to create and analyze a torque vectoring system in electric vehicles using the Vehicle Dynamics Library and Electrification Library integrated in Modelon Impact.

Efficiently model, simulate, and validate an aircraft fuel tank inerting system reducing the risk of combustion and flammability.

Steady-state technology and multi-execution capabilities enable the modeling and simulation of chassis to determine how a vehicle will drive. This is enabled by Modelon Impact’s Vehicle Dynamics Library.

Learn about More Electric Aircraft and how modeling and simulation are shaping the way vehicle sub-systems are designed and integrated.

Learn how to model and simulate an aircraft landing in unpredictable conditions in Modelon’s Aircraft Dynamics Library integrated in Modelon Impact.

Modelon Impact’s Vehicle Dynamics Library, steady-state solver, and multi-execution capabilities make it possible to design and analyze multibody vehicle suspension systems.

In this blog post, Modelon’s senior simulation engineer, Clément Coïc, summarizes the difference between steady-state and dynamic simulation.