Calculation of Ice Load on a Cylindrical Vertical Support

The Arctic is a unique region with enormous scientific potential. Studying the area allows scientists to expand their knowledge of climate change, biodiversity, geological processes and more. One of the key aspects of studying the Arctic is the analysis of ice load - the mass of ice that exerts pressure on the substrate and affects the morphology and dynamics of coastal areas. Ice load studies are important for predicting changes in Arctic ice cover, as well as for developing measures to protect coastal zones from the destructive effects of ice. Scientists are using a variety of methods, including ground measurements, satellite data and numerical models, to gain a better understanding of ice load dynamics. Understanding these processes has direct implications for climate change and global sea levels. This is also important for the navigation safety and the development of coastal infrastructures. Ice stress research plays a key role in conserving the Arctic’s unique ecosystem and developing sustainable strategies for using the region's resources. This article calculates the global ice load on a structure with a vertical wall and determines the global loads on a multi-support structure consisting of vertical supports. For this purpose, methods to determine the compressive strength of ice and the modified formula of K.N. Korzhavin were used. The results of the work can be presented in the form of diagrams based on calculations of global load and ice thickness. The data obtained can be useful in the design of structures subject to ice loads.