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基于凸轮机构的热能驱动车结构创新设计 被引量:1

Structural Innovation Design of Thermal Energy Driven Vehicle Based on Cam Mechanism
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摘要 热能驱动车是一种将酒精燃烧释放的化学能转换成驱动车运动所需动能的机械装置。在这一原理的基础上,设计并制造出一款以凸轮机构调节转向的热能驱动车。小车主要体现了无碳、环保的思想,其动能完全来自给定物块的重力势能的转化;设计热能驱动车的过程也体现了机械设计创新的核心思想。 Thermal energy driven vehicle is a mechanical device that converts the chemical energy released by alcohol combustion into the kinetic energy required to drive the vehicle. Based on this principle,a thermal energy driven vehicle with cam mechanism to adjust steering is designed and manufactured. The car mainly embodies the idea of no carbon and environmental protection,and its kinetic energy comes entirely from the transformation of gravitational potential energy of a given block. The process of designing thermal energy driven vehicle also reflects the core idea of mechanical design innovation.
作者 赵鹏 李云帆 罗澳爽 陈标 高淑芬 ZHAO Peng;LI Yunfan;LUO Aoshuang;CHEN Biao;GAO Shufen(Institute of Intelligent Manufacturing,Jianghan University,Wuhan 430056,Hubei,China)
出处 《流体测量与控制》 2021年第6期34-36,共3页 Fluid Measurement & Control
关键词 热能驱动车 清洁能源 整体设计 凸轮仿真 thermal energy driven vehicle clean energy overall design cam simulation
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