Propulsion System Simulation
 |
Aircraft Engine & Equipment System Simulation
Develop and balance the performance of conventional and innovative aircraft engine architectures by modeling and simulating their complete thermodynamic cycles in various operational conditions, accounting for environmental conditions, degradation of compressors and turbines, and by integrating their equipment and consumers. Simcenter Amesim enables you to integrate the best concepts early in the design cycle to assess the overall performance and to derive best fit-to-purpose engines. You can easily assess and realize your innovative ideas. |
|
Internal Combustion Engine System Simulation
设计和优化整个内燃机（包括控制系统），并研究与燃油喷射子系统、发动机热管理、电气设备和传动系统组件的集成。您还可以研究备选发动机架构和概念。 |
 |
|
 |
Marine Propulsion System Simulation
Optimize the hydrodynamic performance of your ship propulsion system by simulating multiple powertrain configurations, such as conventional, hybrid or electric battery, under different scenarios. Integrate your engine model and controls into the full ship architecture to estimate fuel consumption and NOx emissions for different load cases. Find the right compromise between accuracy and simulation time by coupling your Simcenter Amesim system simulation model with data from CFD calculations. |
|
Space Propulsion & Subsystem Simulation
Challenge the performance of your space propulsion system by analyzing its transient behavior, during start-up and shut-down for instance. Simcenter Amesim enables you to optimize the engine performance by assessing different architectures of the complete engine and by evaluating various technologies for the different subsystems, like actuators, or their electrification. You can develop advanced controllers relying on predictive engine models, and evaluate the performance along missions by coupling the propulsion system with flight dynamics. |
|
