RecurDyn- a system-level multi-body dynamics simulation software that offers a large number of industrial libraries, an intuitive user interface, and a faster and more efficient solver.

Innovative Highlights: 1.Applied in various automotive scenarios, it can accurately simulate and analyze vehicle dynamics, powertrain systems, chassis suspensions, etc. 2.With excellent solving efficiency, its calculation speed is 30% faster than traditional software when dealing with large-scale automotive multibody dynamics models. 3.It uniquely creates 21 contact definition methods, achieving a simulation accuracy of up to 98% for contact collisions between automotive components. 4.Equipped with Flex multi-flexible body technology, it can handle over 100 flexible bodies simultaneously, meeting the simulation needs of lightweight automotive components. 5.It optimizes the automotive R&D process, helping enterprises shorten the product development cycle by 25% and reduce R&D costs by 20%. 6.It supports multidisciplinary co-simulation, seamlessly connects with CAD and CAE software, such as hydraulics, control, fluid-structure coupling, etc, and enables efficient data interaction.

量产

Dynamic simulation of the entire vehicle and key components of automobiles; Dynamics simulation of chassis systems such as axles, suspensions, tires, and brakes; Dynamics simulation of transmission systems such as gearboxes, differentials, and drive shafts; Simulation of engine systems such as the crank connecting rod mechanism, valve mechanism, and timing mechanism; Dynamics simulation of vehicle body accessories such as the vehicle body, seats, door locks, and wiper mechanisms.

Particleworks-- a CFD (Computational Fluid Dynamics) simulation software based on the Moving Particle Method, which is used to evaluate the behavior of greatly deformed liquids.

Innovative Highlights: 1.Focused on computational fluid dynamics simulation, it can accurately simulate free surface flows, multiphase flows, and complex fluid motions, and is widely applied in automotive, aerospace, and other fields. 2.Using the Moving Particle Simulation (MPS) method, it requires no mesh generation, enabling rapid handling of complex geometric models and improving the modeling efficiency by 40%. 3.With powerful parallel computing capabilities, it is 30% faster than traditional grid-based software when calculating at the scale of tens of millions of particles. 4.It supports multi-physics field coupling and can conduct fluid-structure interaction co-simulation with software like RecurDyn. 5.It helps enterprises shorten the R&D cycle by 20% and reduce experimental costs by 30%, becoming an important tool in the field of fluid simulation.

量产

1.Simulation of the engine cooling system; 2.Simulation of aerodynamics and wind noise; 3.Simulation of the fuel system; 4.Wading performance analysis.