Aerospace Engine Equipment solution supports the design and industrialization of fuel systems (metering units, pumps, nozzle, starters, heat exchangers) and their controls, as well as engine control actuators. It helps engineers in designing market-specific pressure-feed fluid systems in aircraft engines and in building reliable thermal-hydraulic systems.
Aerospace Engine Equipment solution is based on the LMS Imagine.Lab AMESim multi-domain system simulation approach and comes with dedicated thermal and hydraulics libraries including configurable components which are, once connected together, representative for the equipment hydraulic behavior. It provides equipment designers with the ability to specify and control the external design of aerospace engine-related components and systems.
The detailed models are based on experimental results of well-known geometries and are suitable to any new geometry or functional requirement. Straightforward coupling between libraries and components make it possible to easily run behavior analysis and testing on simple components as well as on wholly integrated fuel systems at any project level.
The aerospace fluids database of standard and customizable components is based on experimental results and ensures the necessary accuracy and validity of models required in aerospace engine design. LMS Imagine.Lab Aerospace Engine Equipment finally helps to improve design quality, while reducing design time as well as the number of experimental tests needed and associated risks.
