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所在平台: Udemy |
课程主页: https://www.udemy.com/course/dwsim-process-simulation-mastering-the-fundamentals/
课程评论：没有评论
课程名称：DWSIM过程模拟：掌握基础知识 课程概述：本培训项目旨在为参与者提供有效使用DWSIM这一强大化学过程模拟软件所需的基本技能。完成本课程后，参与者将能够： 1. 构建、导航和利用DWSIM功能： - 熟练构建和管理稳态过程模拟，掌握DWSIM的用户界面，探索各种工具和功能以优化工作流程。 - 掌握DWSIM中的不同功能，提高模拟的准确性和效率。 2. 模拟完整的过程： - 具备模拟包含多个单元操作的完整过程的能力。 - 建模综合过程，包括关键设备如容器分离器、压缩机、泵、阀门、管道、热交换器和分离器等。 - 理解不同单元之间的相互作用及如何在模拟中配置它们。 3. 从化学工程师的角度理解过程模拟： - 深入了解应用于工厂设计的过程模拟原理。 - 学会用化学工程师的视角分析模拟结果，关注实际应用和设计考虑。 - 获得优化过程以提高效率、安全性和成本效益的知识。 4. 导出设备尺寸的热量和物料平衡： - 学习如何从模拟中导出详细的热量和物料平衡数据。 - 具备解读和应用模拟结果于实际工程任务的能力，确保设备设计的准确性和可靠性。
This training program is designed to equip participants with the essential skills to effectively use DWSIM, a powerful chemical process simulation software. By the end of this course, participants will:Build, Navigate, and Utilize DWSIM Functions:Gain proficiency in constructing and managing steady-state process simulations using DWSIM.Learn to navigate the user interface efficiently, exploring various tools and features to optimize workflow.Master the use of different functions within DWSIM, enhancing simulation accuracy and efficiency.Simulate a Full Process:Develop the capability to simulate complete processes involving multiple unit operations.Model a comprehensive process that includes essential equipment such as vessel separators, compressors, pumps, valves, pipes, heat exchangers, and columns.Understand the interactions between different units and how to configure them within a simulation.Understand Process Simulation from a Chemical Engineer's Perspective:Acquire a thorough understanding of process simulation principles as applied to plant design.Learn to analyze simulation results with a chemical engineer's insight, focusing on real-world applicability and design considerations.Gain knowledge on how to optimize processes for efficiency, safety, and cost-effectiveness.Export Heat and Material Balances for Equipment Sizing:Learn to export detailed heat and material balance data from simulations.Gain skills in interpreting and applying simulation results to practical engineering tasks, ensuring accurate and reliable equipment design.
