Aeromechanical Forced response Assessments

Turbomachinery components experience aerodynamic excitation forcing due to upstream and downstream flow distortions. We have a long-standing experience of conducting various aeromechanical analyses to assess product’s mechanical integrity by,

• Developing large-scale, system-level, high-fidelity aeromechanical assessment models,
• Conducting high engine order multi blade-row forced response assessments,
• Predicting low engine order forced response caused by headwind, crosswind and blocked-burner combustor distortions,
• Computing high-cycle fatigue endurance at multiple operating conditions,
• Creating probabilistic aeroelasticity models of sub-systems,