Comparative study on Design and Analysis of Industrial Shed with Steel and Aluminium Members

The research evaluates and contrasts how steel and aluminum perform in industrial shed construction through their material characteristics, structural performance, construction expenses, and effects on the environment. The study aims to evaluate the advantages and disadvantages of each material based on its performance capabilities and its ability to endure and sustain over time to provide suitable recommendations for material selection that meets different construction needs. The research demonstrates that steel provides superior strength which makes it suitable for large structures requiring weight support but the material requires ongoing upkeep because of its tendency to rust. Aluminum provides greater corrosion resistance while being lighter than steel which makes it suitable for small structures and coastal areas although its initial costs are higher. The research shows that steel has lower initial costs while aluminum needs more investment but offers durability and requires minimal upkeep. Both materials can be recycled and aluminum production requires less carbon emissions during its manufacturing process. The material choice process requires assessment of project needs and environmental factors and life cycle expenses. Future studies should explore hybrid material solutions and seek new methods to enhance sustainable development practices.