DESIGN AND ANALYSIS OF SUBMARINE SHELL

This project dives into the design and analysis of submarine hulls, critical components that safeguard crew members and facilitate mission success. Traditionally, these hulls are constructed from high-strength, weldable materials such as HY-steel. Engineers typically rely on established methods and software to analyze the hydrodynamic performance of these shells, focusing on factors like drag and lift. However, this project proposes a new approach that incorporates bio mimicry, drawing inspiration from nature's strong and lightweight structures. Implementing bio mimicry in submarine shell design is anticipated to necessitate the development of novel material analysis techniques and specialized computational fluid dynamics (CFD) models. By comparing the performance of traditional hull designs with those inspired by bio mimicry in terms of drag, lift, and manoeuvrability, this research aims to identify significant advancements in submarine shell technology.