The report discusses the selection of materials for a dinner in the sky system, which involves a platform at a high distance from the ground level that can hold a bending load of up to 2000 kg and has a size of 10 * 3 m. The report evaluates various materials based on their properties such as tensile stress, yield stress, flexibility, and density. After a thorough evaluation, silicon nitride is selected as the most suitable material for the system due to its high level of flexibility and ability to handle bending loads. The report also provides a detailed discussion about the selection process, including calculations for rectangular section beams, circular section beams, and deflections.

Discover the selection of engineering materials for a dinner in the sky system, including platform and bridge design considerations, material properties, and calculations to determine the best option.

Material Selection for Dinner in the Sky System

Mechanics Dynamics

The assignment delves into the fundamental principles of bridge design and analysis. It examines concepts like stress and strain in materials,  structural mechanics, and vibration analysis as they relate to bridge construction. References are provided from various sources such as engineering textbooks and standards, highlighting key aspects of bridge design and analysis.

Asian Institute of Maritime Studies

Mechanical Engineering

Bridge Design and Analysis Principles

This experiment is aimed at investigating the strength and failure angle of a typical aircraft stringer sections of varied lengths. The worksheet includes theoretical predictions, experimental results, and a summary of the buckling test results. It also discusses the sources of human error in the experimental results and the application of thin-wall assumptions in calculating the buckling load.

Column Buckling Laboratory: Worksheet - Desklib

Strength of Materials

This assignment delves into the detailed design of an overhead traveling crane.  Students will perform calculations to determine the appropriate loads based on Eurocode 1 standards. Material selection for the crane components, specifically focusing on hot-rolled 1010 carbon steel, is analyzed considering strength and deflection requirements. The assignment utilizes the double integration method to calculate beam deflections, ensuring structural integrity within safe limits.

Material Selection for Dinner in the Sky System

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Bridge Design and Analysis Principles

Column Buckling Laboratory: Worksheet - Desklib

Overhead Traveling Crane Design

Material Selection for Dinner in the Sky System

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Bridge Design and Analysis Principleslg...

Column Buckling Laboratory: Worksheet - Deskliblg...

Overhead Traveling Crane Designlg...

Bridge Design and Analysis Principles

Column Buckling Laboratory: Worksheet - Desklib

Overhead Traveling Crane Design