Mathematical modeling of synthesized anemograms for the aerodynamic structural calculation

The accelerated industrialization of construction in recent decades has led to the creation of new types of lightweight and flexible structures with increased sensitivity to wind loads. This has necessitated the development of more accurate calculation methods that consider the nature of wind exposure in order to improve the reliability and durability of structures. Current Russian regulations decompose wind load into average and pulsation components. The latter is described as quasi-static, which means that this approach does not account for possible dynamic effects when wind pulsation frequencies approach the natural frequencies of structures in dynamic calculations. In this regard, modeling of calculated anemograms, which allow taking into account the features and frequency-dynamic characteristics of the local wind regime, as well as the possible occurrence of resonant phenomena in the projected structures, becomes a necessary condition for ensuring the safety of construction facilities. This article proposes a method for mathematical modeling of synthesized anemograms, implemented as a computer application program. The generated anemograms can be used for further dynamic calculation of structures in specialized software and computing systems.