Crosswind flow creates periodic excitation. When the excitation frequency approaches the natural frequency of the equipment, low-frequency, large-amplitude, and sustained crosswind resonance may occur.
Large aspect ratio, low stiffness & low damping; static strength qualification does not ensure dynamic safety.
Weld crack, flange leakage, accessory damage, unexpected shutdown and severe safety hazards.
Thickening, wind‑breakers or frames hardly achieve quantitative control of frequency & operating conditions.
structural analysis, wind‑vibration evaluation, modal identification & fatigue check.
TMD design, structural adaptation, fabrication, installation & on‑site debugging.
online collection, anomaly warning, trend analysis & maintenance support.
Tuned designs are carried out with respect to tower frequency, spatial boundaries, and site conditions, covering structural forms such as clamp-type, built-in, suspended, and integrated types, and can be linked with detection terminals and cloud platforms.
University‑research engineering team collaboration for scheme check, product design and major project delivery.
University‑research engineering team collaboration for scheme check, product design and major project delivery.
Supply equipment parameters, field vibration conditions or monitoring data; we will help define your analysis workflow.