This assignment presents a comprehensive mechanical and electrical assessment for the construction of a football stadium, specifically for the Qatar 2022 World Cup. It details the design process, from pre-concept to schematic design, including material selection, calculations, and electrical component specifications. The project explores concrete composition, different cement types (Portland, blended, and color cements), and various testing methods (slump, compression, pull-out, core, tensile, flexure, and chemical tests) to determine the most suitable materials for the stadium's structural integrity. The electrical power requirements are analyzed, including the integration of renewable energy sources like solar panels to power lighting and other stadium components. The assignment also includes unit conversions and circuit analysis using superposition theorem to determine the currents in different parts of the circuit. The assignment emphasizes the importance of sustainable, durable, and cohesive materials for long-term stadium performance and safety.
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