Multidisciplinary project
The integration of the additional functional capacities in the aero-structures requires multidisciplinary research, involving:
Mechanical engineering Design and testing mechanics of fuselage panels and winglets
Antenna engineering Electromagnetic design of antennas to be integrated within the limitations coming from structural constraints
Aeronautical engineering Design of flightworthy structures within ACASIAS focus on direct lightning effects, aerodynamic loads and moisture resistance
Aerodynamics Calculation of aerodynamic loads on winglets, calculation of drag forces on classical protruding radomes and antennas
Structural manufacturing Manufacturing and assembly of light-weight and low-cost composite structures consisting of several materials and PCB layers
Aero-acoustics and noise control Design and smart acoustic actuator system
Thermal engineering Transport and dissipation of the heat produced by active elements in antennas
The development of the four innovative structures includes 4 steps:
Preliminary design
Detailed design
Manufacturing
Testing and evaluation
