Loads Simulation for Aircraft Structure
Using Simulation and Analysis Software to Calculate Internal and External Loads on Aircraft Structures for Optimising Design Efficiency
Determining design loads involves a full aircraft analysis of the air pressure and inertia forces during prescribed manoeuvres, either in the air or on the ground. Aircraft loads are needed at all design phases, from day one through certification and product lifecycle support. Loads analysis needs to cover all possible combinations of speed, altitude, flap angle, aircraft gross weight, aircraft centre of gravity, passenger and payload distribution, fuel quantities, engine thrust and airbrake positions for each of the required manoeuvres, and load cases for each part of the aircraft.
Engineers also need to be able to continually analyse the effects of load throughout the design life cycle, but to do so with physical tests is prohibitively time-consuming and expensive. Instead it is much more productive and cost-effective for engineers to use software to simulate the impact of loads and physically test only final, optimised designs.
Hexagon’s multiphysics simulation software gives aerospace structural engineers all the tools they need to virtually simulate the impact of different loads on the aircraft structure before undertaking final physical tests.