The ME 475 Final Project is a capstone design course for undergraduate students at the University of Pennsylvania. The project involves the design and fabrication of a compound bow riser – the component of a compound bow which attaches the limbs and provides the connection between bow string and arrow. Students are tasked with developing a design that meets strength and performance requirements for typical archery use. The goal of the project is to develop a design which is well-engineered, cost-effective, and optimized for performance.
The ME 475 Final Project requires students to consider a multitude of factors in the design of the compound bow riser. First and foremost, strength considerations should be taken into account in the selection of materials and fabrication techniques. The material should be strong enough to withstand the stresses and strains of typical archery use, while at the same time other attributes such as light weight and ease of fabrication should be taken into consideration. Additionally, the design should be optimized for performance, as the compound bow riser is the component which influences the force of the draw and the speed of the arrow.
In addition to the strength and performance considerations, students must also pay attention to cost and time considerations during the design process. Cost and time are critically important when developing a design and must be taken into account for both fabrication and testing.
Finally, students must consider ergonomics and aesthetics when designing the compound bow riser. The design should be comfortable for the user, and aesthetically pleasing. It should also be durable and stylish, so that it stands up to typical uses and lasts for many years.
Developing a compound bow riser for the ME 475 Final Project is a challenging yet rewarding endeavor. Students must consider a wide range of factors when designing the riser, from strength and performance considerations to cost and time considerations. Ergonomics and aesthetics are also important, and must be taken into account in order to create a design which is aesthetically pleasing and comfortable for the user. With careful consideration of all of these factors, students will be able to develop an optimal design and realize a successful project.
Conclusion
The ME 475 Final Project is a demanding yet rewarding endeavor. It is a great opportunity for students to apply their knowledge and skills in a practical world setting, and to create an optimized design which meets strength and performance requirements, as well as cost and time constraints. The completed design will be an impressive achievement of engineering expertise.
ME 475 Final Project – Compound Bow Riser
Jacob Kramer
Nick Theis
Source video. Follow the youtuber for more.
Related Products:
- 2021 Arizona Cup – Compound Women's Gold Final
- What Nock On Release Is Right For Me
- The Budget Bow Project – Ep. 2
- Colombia v USA – Compound Women's Team Gold Final | Medellin 2016
- Compound Bow Riser
- Rapid Riser Compound Bow
- Compound Bow Riser Silencer
- Compound Bow Relacement Riser
- Compound Bow Riser Grip
- Compound Bow Riser Stabilizer
- How to: Multi-Cam camo paint your bow (Hoyt Satori DIY camo paint project)
- Compound Bow Replacement Riser
- Compound Bow Riser Dampeners
- Girls Rapid Riser Compound Bow
- Police Harass Me While Bow Fishing! People Call the Cops!
Last update 2021-01-05. Price and product availability may change.