RecurDyn | Applications in Aerospace Industry

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If so, you may have validation, troubleshooting, or other issues like:

Very time-consuming and costly testing using physical prototypes
Loads on ultra-large machines that are difficult to measure
Environments that are unreproducible in physical tests, such as zero or low gravity
Potential of product damage or operator injury during testing
Verification of deformation or vibration conditions required for precise operation
Validation of abnormal operation detection and countermeasure algorithms
Acquisition of data that is difficult to obtain through experiments
Energy consumption reduction through weight reduction and optimization
Durability analysis of various components

Reproducing zero- or low-gravity environments
Virtual simulation without damage and safety risks
Validation of various algorithms through co-simulation between a controller and RecurDyn
Optimization of energy consumption through quantitative evaluation of the energy required for operation
Stability verification during take-off and landing of airplanes, spacecraft, helicopters, and drones
Validation of various products used in the aerospace industry, including landing gear, opening/closing devices, and fixtures
Analysis of wing flap and slat mechanisms
Verification of the operation of deployable devices such as solar panels and antennas of satellites
NVH analysis of mechanisms such as helicopter rotor blades
Evaluation of dynamic behavior in snow or rain conditions through MBD x CFD co-simulation
Product evaluation operating on the surface of the moon or Mars