University of Washington students Jeffrey Weng and Connor Lee have created an awesome Radial Solenoid Engine as an alternative to a combustion engine in their dorm. This innovative project showcases their engineering prowess and creativity, offering a glimpse into the future of engine technology.
Design and Build Process
The Radial Solenoid Engine designed by Weng and Lee is a testament to their ingenuity and technical skills. The engine operates using solenoids instead of traditional combustion methods. Solenoids are electromagnetic devices that convert electrical energy into mechanical motion, making them an excellent choice for this type of project. The students meticulously planned and executed the build, ensuring each component was precisely crafted and assembled.
Watch the video below to see the build process completed by the two students. The video provides a detailed look at the construction and operation of the Radial Solenoid Engine, culminating in a demonstration of the engine in full motion.
Innovative Approach to Engine Timing
Hack-a-Day explains a little more about the creation:
The easiest way to approach a project like this would have been to use a microcontroller. A simple program running on an Arduino could have easily provided the timing to switch power to each solenoid in succession. [Jeffrey Weng] and [Connor Lee], however, took a much more interesting approach by controlling timing via a simple distributor. This works in the same way a spark distributor on a combustion engine would have worked, except it’s actually providing the power to actuate the solenoids instead of providing just an ignition spark.
Instead of opting for the straightforward method of using a microcontroller, Weng and Lee chose to implement a mechanical distributor to manage the timing of the solenoids. This decision not only added a layer of complexity to the project but also demonstrated their deep understanding of mechanical systems. The distributor functions similarly to those found in traditional combustion engines, distributing power to the solenoids in a precise sequence to ensure smooth operation.
Potential Applications and Future Developments
The Radial Solenoid Engine is more than just a fascinating project; it has potential applications in various fields. For instance, solenoid engines could be used in electric vehicles, providing a more efficient and environmentally friendly alternative to internal combustion engines. Additionally, this technology could be adapted for use in robotics, where precise control of mechanical motion is crucial.
Weng and Lee’s project also opens the door for further research and development in the field of solenoid engines. Future iterations could explore improvements in efficiency, power output, and scalability. By refining the design and incorporating advanced materials and technologies, solenoid engines could become a viable option for a wide range of applications.
The Radial Solenoid Engine created by Jeffrey Weng and Connor Lee is a remarkable achievement that highlights the potential of solenoid technology. Their innovative approach to engine design and timing control sets a new standard for engineering projects, inspiring others to explore alternative solutions to traditional mechanical systems.
Source: Hack-a-Day
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