Static & Dynamic Simulation of Bicycle frame using FEA
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The design and investigation of bicycle frame material is the primary goal of this research study. People typically use bicycles as their primary form of transportation, particularly in underdeveloped nations. The bicycle design should be comfortable, lightweight, durable, and affordable. Among the most significant issues facing engineers and designers in the field is the challenge of creating a bicycle that satisfies these requirements. This problem can be solved by optimizing the bicycle's performance and cost through innovative, creative conceptual design. When compared to other vehicles on...
The design and investigation of bicycle frame material is the primary goal of this research study. People typically use bicycles as their primary form of transportation, particularly in underdeveloped nations. The bicycle design should be comfortable, lightweight, durable, and affordable. Among the most significant issues facing engineers and designers in the field is the challenge of creating a bicycle that satisfies these requirements. This problem can be solved by optimizing the bicycle's performance and cost through innovative, creative conceptual design. When compared to other vehicles on the market, bicycles should be as easy to ride, maintain, and store as possible. The current project includes the static & dynamic study of bicycle frame system using different materials such as carbon steel, aluminum alloy, and composite materials. The results of computer-aided design show that the bicycle can achieve a unique - biscuit type structure that is very light and has a comfortable seat that mimics the horseback. The bicycle also has a spring and damper system under the seat and the frame to minimize vibrations and shock to the rider.
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