Analysing the Influential Parameters on the Monopile Foundation of an Offshore Wind Turbine

Countries around the world generate electricity from renewable resources to decarbonise their societies and reduce global warming. Some countries have already outlined wishes produce a part of total energy consumption sources in coming years gradually use nuclear fossil fuel favour cleaner fuels. While energies are significant factors tackling climate change, parameters that can influence performance should be analysed detail during design process. One these is foundation an offshore wind turbine. Offshore turbines allow more produced than onshore installation, do not any harmful effects on human beings, while geotechnical aspects need clearly determined advance. In this study, influential such as soil type, number bolts design, size structure were using finite element method for three different designs. The simulations showed some properties, cohesion, results, Young’s modulus has large Additionally, results study maximum stress concentrations at connection joints where they too close steel’s yield stress. It also proves non-elastic behaviour does require assigned analyses it simplified only with its elastic behaviour. embedded length affects lateral displacement, influences structure’s resistance external loads.