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所在平台: Udemy |
课程主页: https://www.udemy.com/course/openflows-hammer-beginners-guide-aulageo/
课程评论：没有评论
**Coursera课程总结：OpenFlows HAMMER——水力模型精通** **课程概述：** 本课程是OpenFlows HAMMER软件的入门介绍，旨在帮助学员全面掌握这款强大的水力瞬态分析软件。通过结构化的学习路径、实践练习和清晰的讲解，学员将能够自信地使用OpenFlows HAMMER进行水分布系统的建模和仿真，无论是初学者还是希望提升技能的专业人士，都能从中受益。 **学习目标：** * 理解水力模型和瞬态分析的基本原理。 * 熟练掌握OpenFlows HAMMER的用户界面以及进行设置。 * 能够建立和仿真水分布网络。 * 分析和解读仿真结果，优化系统性能。 * 应用高级功能进行情景分析和故障排除。 **适合人群：** * 初次接触OpenFlows HAMMER进行水力建模的工程师和顾问。 * 负责系统设计和分析的水务部门专业人士。 * 在学术项目中应用水力建模的学生和教育工作者。 * 希望掌握水分布系统仿真实用技能的任何人。 **课程内容：** * **第一部分：入门** * 介绍、软件启动、用户界面。 * **第二部分：未受保护管道的瞬态分析** * 包括练习设置、原型建立、网络布局、数据输入、波速计算、配置、剖面图、不带防护设备的分析、结果回顾、仿真可视化以及报告图表制作。 * **第三部分：管道保护** * 设置练习、安装水气罐（Hydropneumatic Tank）、活动拓扑选择、水气罐剖面图、水气罐工况计算、带气阀工况、带止回阀的稳压罐、不带止回阀的稳压罐、带泄放阀的稳压罐及其结果回顾。 * **第四部分：网络风险评估** * 练习设置、计算设置、不带过压保护的分析及其结果回顾。 * **第五部分：多点网络保护** * 练习设置、添加水箱、设置组件、计算、色标显示、瞬态专题查看器、结果回顾。 * **第六部分：OpenFlows全系列产品介绍** * 概述OpenFlows系列软件。 **为何选择本课程：** 本课程以其强调实践练习和真实应用场景的动手学习方法而著称。无论您是OpenFlows HAMMER的初学者还是希望提升专业技能，本课程都将为您提供应对复杂水力建模挑战所需的知识和信心。 **关于OpenFlows HAMMER软件：** OpenFlows HAMMER是领先的水分布系统水力模型和瞬态分析软件，全球专业人士信赖，能够准确仿真和优化水网络，确保高效运行和系统韧性。
Welcome to the Introduction to OpenFlows HAMMER SoftwareCourse Overview: Explore the powerful capabilities of OpenFlows HAMMER software through our comprehensive introductory course. Whether you're new to hydraulic modeling or looking to deepen your skills, this course provides a structured approach to mastering the fundamentals of OpenFlows HAMMER. Through practical exercises and clear explanations, you'll gain the confidence to effectively model and simulate water distribution systems using this advanced software. #AulaGEOLearning Objectives: By the end of this course, you will:Understand the principles of hydraulic modeling and transient analysis.Navigate the OpenFlows HAMMER user interface and customize settings.Develop proficiency in building and simulating water distribution networks.Analyze and interpret simulation results to optimize system performance.Apply advanced features for scenario analysis and troubleshooting.Who Should Take This Course: This course is ideal for:Engineers and consultants new to hydraulic modeling with OpenFlows HAMMER.Water utility professionals responsible for system design and analysis.Students and educators integrating hydraulic modeling into academic projects.Anyone seeking practical skills in simulating water distribution systems.Course content #AulaGEOSection 1: Getting startedLecture 1: IntroductionLecture 2: Getting StartedLecture 3: InterfaceSection 2: Unprotected pipelines transientsLecture 4: Exercise SetupLecture 5: PrototypesLecture 6: Network LayoutLecture 7: Data EntryLecture 8: Wave Speed CalculatorLecture 9: ConfigurationLecture 10: ProfilesLecture 11: Analysis Without Surge Protection EquipmentLecture 12: Reviewing ResultsLecture 13: Visualizing SimulationsLecture 14: Report-Ready GraphsLecture 15: Exercise ReviewSection 3: Pipeline protectionLecture 16: Exercise SetupLecture 17: Adding a Hydropneumatic TankLecture 18: Active Topology SelectionsLecture 19: Hydropneumatic Tank ProfileLecture 20: Compute Hydropneumatic ScenarioLecture 21: With Air Valve ScenarioLecture 22: Surge Tank with Check ValveLecture 23: Surge Tank without Check ValveLecture 24: With Surge Relief ValveLecture 25: Exercise ReviewSection 4: Network risk evaluationLecture 26: Exercise SetupLecture 27: Calculation SettingsLecture 28: Analysis Without Surge ProtectionLecture 29: Exercise ReviewSection 5: Multiple points network protectionLecture 30: Exercise SetupLecture 31: Adding TanksLecture 32: Setting ElementsLecture 33: ComputationLecture 34: Color CodingLecture 35: Transient Thematic ViewerLecture 36: Reviewing ResultsLecture 37: Exercise ReviewSection 6: All OpenFlows products explainedLecture 38: All OpenFlows ProductsWhy Take This Course: This course stands out for its hands-on approach to learning, emphasizing practical exercises and real-world applications. Whether you're starting with OpenFlows HAMMER or aiming to enhance your skills, this course will equip you with the knowledge and confidence to tackle complex hydraulic modeling challenges effectively.Enroll today and embark on your journey to mastering OpenFlows HAMMER software!About OpenFlows HAMMER Software: OpenFlows HAMMER is a leading software tool for hydraulic modeling and transient analysis of water distribution systems. Trusted by professionals worldwide, it enables accurate simulation and optimization of water networks to ensure efficient operation and resilience.
