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《精细化工过程与设备》是一门精细化工专业必修课,为帮助学生掌握多组分精馏分离的气液相平衡基本理论,结合橙皮油多组分气液平衡案例,探讨了Aspen Plus软件在多组分相平衡案例教学中的应用。实践表明,采用流程模拟软件借助橙皮油多组分气液平衡案例辅助课程教学的方法,使学生加深了气液平衡内容的深刻理解,有助于培养学生利用流程模拟技术解决工程实际问题的能力,从而提高了课程的教学质量,提升了学生的综合素质。 相似文献
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采用改进的Ellis汽液平衡釜在常压下测定甲基肼(MMH)-水二元体系的汽液平衡数据。用Herington半经验法对其进行了热力学一致性检验。借助化工流程模拟软件Aspen Plus中的物性数据回归(Data Regression)功能,关联得到实验数据的Wilson和NRTL活度系数方程参数。用两种方程计算得到的汽相组成与实验数据进行比较,平均偏差分别为0.0185、0.0252。结果表明两种模型都可用于化工工程设计。 相似文献
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分离工程是化工类专业重要专业课,是一门实践性非常强的课程。各种平衡分离过程的计算既是教学的重点,又是教学的难点。随着电脑在学生中普及率的提高,为使用模拟软件进行辅助教学提供了条件。使用aspen one v7的aspen properties模块和aspen plus模块辅助教学,学生在aspen properties中完成物性参数计算、逸度系数、活度系数、平衡常数计算、泡露点计算等分离工程基础数据计算,同时熟悉aspen one软件的使用,为后续在aspen plus中完成单级平衡分离计算、精馏吸收严格计算打下基础。同时,在分离工程教学过程中引入aspen one的应用,为后续课程"化工过程模拟"的教学打下基础,收到较好的教学效果。 相似文献
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化工工艺学课程教学探讨 总被引:1,自引:1,他引:0
为了适应化学工业发展对工程技术人材需求,重新制定了化工工艺学课程的教学计划和教学内容,在教学过程中采用灵活多样的开放式教学方法,并且紧密与化工仿真、化工工艺实验与化工生产实践相结合,提高了教学质量和教学效果,培养了学生的工程素质和创新意识。 相似文献
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The design project represents the culmination of a chemical engineering student’s degree, which is intended to enable students to demonstrate technical competency and achieve team-based learning outcomes. Conventionally the design project is taught through face-to-face learning, however recent circumstances around Covid-19 have required engineering degrees to pivot to remote learning and here the outcome of chemical engineering design project taught through remote learning is reported. The class was tasked with designing processes for vitamin B2, B3 or E production, based on teams of 5 students. The structure of the design project consisted of three major assessments tasks around process feasibility and development, unit operation designs and economics, with students required to undertake group as well as individual assessments. The process by which the design project was taught remotely is presented here; in terms of educator-student engagements, promotion of student interaction within teams, online tools and ensure students had access to appropriate software. The outcome was a successful final year design project for chemical engineering students, which achieved comparable performance outcomes to previous years’ face-to-face teaching as well as demonstration that student interactions within teams are vital to a successful outcome. 相似文献
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建构主义理论对教学改革有重要的指导意义,化工仿真是解决实习难的先进手段,文章对化工仿真教学过程进行了总结,结合建构主义理论进行了探索,提出了如何激发学生学习兴趣、提高学生自主学习能力、加强学生分析问题、解决问题能力的思路,从而使化工仿真教学更贴近企业生产实际,使学生有更强的岗位适应能力。 相似文献
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Tiina M. Komulainen Rasmus Enemark-Rasmussen Gürkan Sin John P. Fletcher David Cameron 《Education for Chemical Engineers》2012,7(4):e153-e162
Commercial process simulators are increasing interest in the chemical engineer education. In this paper, the use of commercial dynamic simulation software, D-SPICE® and K-Spice®, for three different chemical engineering courses is described and discussed. The courses cover the following topics: basic chemical engineering, operability and safety analysis and process control. User experiences from both teachers and students are presented. The benefits of dynamic simulation as an additional teaching tool are discussed and summarized. The experiences confirm that commercial dynamic simulators provide realistic training and can be successfully integrated into undergraduate and graduate teaching, laboratory courses and research. 相似文献
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化学制药工艺学是一门与生产实践结合性强的专业课程。随着制药工程学科的发展和内容的更新,要求配套新的教学方法。本文结合新技术、新方法,充分利用多媒体教学设备、 Internet、各种仿真和工程计算软件辅助教学,以项目设计课题为导向,培养学生独立解决问题的能力,并开展新教学方法的设计和评价。结果表明该教学方法效果好,学生创新设计能力显著提高,可为化学制药工艺学创新教育提供借鉴。 相似文献