Construction design of a three-cylinder two-stroke radial engine

Peter Lubják, J. Čerňan
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Abstract

The goal of modern society is to improve efficiency in all areas. Our goal is to convert the old engine parts into a functional power unit that is more efficient than the donor parts. Modern electric motors with high efficiency are our main competitors, but our motor has an advantage in a simple design that is easily serviced. We achieve low weight by using lightweight aluminum air-cooled cylinders. In my work, I deal with the fundamentals of two- and four-stroke internal combustion engines. The importance of primary and secondary forces caused by the movement of the crankshaft and pistons is also discussed. Of course, we'll go over how to fill the engine while it's running (carburetor/injection). Following that, I'd like to go over the overall functionality of the drive unit as well as the significance of specific components. In practice, we concentrate on simulating our experimental engine. The purpose of this entire article is to provide the foundational documentation for the subsequent construction of this power unit.
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三缸二冲程径向发动机结构设计
现代社会的目标是提高各方面的效率。我们的目标是将旧的发动机部件转换成比捐赠部件更有效的功能动力单元。高效率的现代电动机是我们的主要竞争对手,但我们的电动机具有设计简单,易于维修的优势。我们通过使用轻质铝气冷气缸来实现低重量。在我的工作中,我处理二冲程和四冲程内燃机的基本原理。讨论了由曲轴和活塞运动引起的主力和次力的重要性。当然,我们将讨论如何在发动机运行时加油(化油器/喷射)。接下来,我想回顾一下驱动单元的整体功能以及特定组件的重要性。在实践中,我们着重于模拟我们的实验发动机。这篇文章的目的是为后续的建设提供基础文件。
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