Fundamentals of stability analysis of port structures in the port of Liverpool

The The port of Liverpool is one of the most important ports in the UK, which plays a key role in international trade due to its strategic location. However, this port is facing many problems from the point of view of the stability of port and sea structures. The main factors causing problems in the stability of structures include coastal erosion, tidal changes, environmental impacts, climate change, and strong wave attacks. Phenomena such as sea level rise and climate change can cause the destruction of port infrastructures and necessitates the need to upgrade protective structures and breakwaters. On the other hand, the movement of large ships and the hydrodynamic pressure caused by them also lead to the creation of additional forces on port structures that affect the stability of these structures. In addition, the historical and old structures of the port, which are not compatible with today's needs in terms of design and materials, are more vulnerable to damage. Therefore, in order to guarantee the long-term performance of the port of Liverpool, it is necessary to comprehensively evaluate the stability of its structures and apply mathematical modeling methods and dynamic analyzes to optimize the port structures. These measures can help reduce the risks of destruction and increase resistance to environmental factors. In this article, while showing that the port structures in Liverpool endure sudden and significant pressures, solutions can be suggested to improve the stability of the structures

کلیدواژه ها:

Port of Liverpool ، port structures ، stability