○ Introduce Amesim specific library components characteristics and functions

(e.g. mixer, afterburner, nozzle)

○ Hands-on on fluid specification, turbomachinery

(understand and apply component map scaling), combustion chamber… unitary tests

○ Build a baseline engine model for on-design analysis.

○ Investigate off-design simulation models (maps scaling adaptation).

○ Generate dynamic model from performance Apps

○ Set up basic control on transient jet engine model

○ Fluid (oil, fuel) and Mechanical (Accessory Gear Box) Systems Hands-on session

○ Integrated rotorcraft engine with subsystems models for overall performance and emissions assessment .

○ Flomaster secondary air flows capabilities (conjugate heat transfer…) and co-simulation with Amesim primary flows demonstration.

○ Hybridisation and electrification of aircraft propulsion System demonstrators.