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所在平台: Udemy |
课程主页: https://www.udemy.com/course/hydrogen-internal-combustion-engine-introduction-to-design/
课程评论：没有评论
课程名称：氢气内燃机：设计入门 课程概述：随着车辆，尤其是其动力系统设计的持续演变，数十年的研究和开发使工程师们能够充分提高内燃机的效率（例如梅赛德斯F1发动机达到50%）。同时，电动汽车及燃料电池技术的崛起也逐渐进入消费者市场。近年来，由于空气污染、全球变暖和不可持续的能源开发，替代燃料、混合动力和电气化车辆在公共和私人交通领域变得至关重要。根据国际能源署（IEA）的数据，为了将全球平均温升限制在2°C以内，到2050年，运输部门必须减少21%的碳排放。预计到2020年，大约50%的柴油压缩发动机将被淘汰，因政府和机构实施的新的欧盟第七阶段排放标准。这迫使行业和制造商开发新的解决方案，以遵守更严格的环境法规，并将技术推向市场。 学习内容包括： - 内燃机的工作原理 - 基本发动机部件与工作循环 - 汽油、柴油与氢气发动机之间的差异 - 发动机系统（点火、燃料等） - 发动机术语（下止点BDC、上止点TDC等） - 氢气的特性 - 氢气与空气/燃料的混合、燃烧与储存 - 对现有发动机所需的硬件修改 - 发动机仿真与圈速软件解决方案 本课程旨在使学员具备氢气内燃机的相关知识，无论您是否有工程背景，都能够帮助您刷新、学习并了解行业动向、解决方案，进一步建立知识基础。课程将回答许多通常在工业或高等院校层面讨论的问题，例如：如何启动发动机设计过程？设计过程中使用什么软件？目前是否有可行的替代燃料解决方案来减少排放？ 本课程对于希望进入大学或学院的学生提供了绝佳的入门介绍，因为它为当前排放问题提供了解决方案，并教您如何启动发动机仿真，尤其是让您接触到氢燃料内燃机这一新兴领域。预计这将成为海洋、赛车、发电和公共道路车辆等领域最适用的发动机解决方案。 课程内容包括2D图像、2D动画和3D动画，使用行业和大学在发动机设计与整车仿真中的软件工具，内容清晰易懂，方便学员随时学习，而无须时刻注视屏幕。 不必再浪费时间阅读课程描述，查看免费预览视频和课程大纲，再做出明智的决策。期待在课程中见到您，共同激发创意的想象力！ 适合人群： - 有意了解内燃机工作原理的任何人 - 渴望学习交通运输行业替代燃料解决方案的任何人 - 特别适合在与机械工程相关行业（如海洋、HVAC、电力工程、工业工程等）工作或培训的人士 - 特别适合在汽车工程或汽车相关行业（如维护、设计、操作等）工作或培训的人士。
The design of vehicles especially their powertrain systems have evolved continuously. Decades of research and development led engineers to extract maximum possible efficiency (50% by Mercedes F1 engine) for well-established internal combustion engines, or propose new technologies such as the rise of electric vehicles and fuel cell introduction to consumer markets. Alternative fuels, hybridisation and electrification of vehicles have become extremely important in both public and private transport sectors in recent years due to the rise of air pollution, global warming and unsustainable energy exploitation. According to the International Energy Agency (IEA), in order to limit average global temperature increases to 2°C by 2050, 21% of carbon reductions must come from the transport sector. Around 50% of diesel compression engines are subject to extinction by 2020, through policies implemented by governments and agencies such as new Euro 7 emission standards. This forces industry and manufactures to develop new solutions in order to comply with stricter environment regulations and be able to offer technology to the market.You will learn:How a Internal Combustion Engine worksFundamental engine components and operation cycleThe difference between gasoline, diesel and hydrogen enginesEngine systems (Ignition, Fuel, etc.)Engine terminology (BDC, TDC, etc.)Hydrogen propertiesHydrogen air/fuel mixing, combustion and storageRequired hardware modifications to existing enginesEngine simulation and laptime software solutionsThis course is designed to take you from zero to inspired engineer concerning future hydrogen combustion engine knowledge. Whether you have previous engineering background or not, this course will serve you to refresh, learn and understand where the industry is heading, what are the solutions and how you can further build your knowledge, gained from this course. This course will provide answers to questions that are often answered at industry or high university level. For example:How do you start an engine design process?What software is used for the design process?Are there alternative fuel solutions that are feasible right now, to reduce emissions?It provides an amazing introduction if you are a student thinking about or going into a university or college.Why this course?Because it provides solutions to real problems that are occurring now with emissions, shows you how to start a engine simulation, and most importantly exposes you to a completely up and rising field of hydrogen fuel for internal combustion engines. This is expected to be one of the most applicable engine solutions for marine, motorsport, power generation and public road vehicles. The course includes with 2D images, 2D animations and 3D animations.Software tools used by industry and universities on engine design and full vehicle simulationsContent has been read clearly so you can confidently 'learn on the go' without needing to watch the screen constantly.Don't waste more time reading this course description, check-out the free preview videos and the curriculum, then make an informed decision.Hope to see you on the course and start inspiring your imagination!Who this course is for:Anyone who wishes to know how an internal combustion engine works.Anyone eager to learn about alternative fuel solutions for the transport industryParticular benefit is for anyone working or training in a mechanical engineering related industry (marine, HVAC, power engineering, industrial engineering etc.).Particular benefit is for anyone working or training in an automotive engineering or automobile engineering related industry (maintenance, design, operation etc.)
