L.104.31490 Computer-aided Modelling in Fluid Process Engineering (Tutorial)

Course offering details

Instructors: Prof. Dr.-Ing. Eugeny Kenig

Event type: Exercise

Org-unit: Maschinenbau

Displayed in timetable as: RMF (Übung)

Hours per week: 1

Language of instruction: German

Min. | Max. participants: - | -

Requirements and recommendations:
Bachelor (Vordiplom)

Aim of the event:
The computer-aided exercises help students to gain practical experience and support knowledge obtained in the lecture course.

Contents:
Part 1: Model development and simulation with the help of rate-based simulation tools (Aspen Custom Modeler®):


  • simulation tools: learning the basics
  • setting up and numerically solving equation systems using ACM

Part 2: Multicomponent mass transfer and linearization theory (example: distillative separation of a non-ideal ternary mixture)

Contact person:
Prof. Dr.-Ing. habil. Eugeny Kenig
Tel.: -602408
eugeny.kenig@upb.de

Lukas Bolenz
Tel.: -602409
lukas.bolenz@upb.de
 

Appointments
Date From To Room Instructors
1 Wed, 1. Mar. 2017 14:30 16:30 ZZ N 5 206 Prof. Dr.-Ing. Eugeny Kenig
2 Th, 2. Mar. 2017 14:30 16:30 ZZ N 5 206 Prof. Dr.-Ing. Eugeny Kenig
3 Fri, 3. Mar. 2017 08:30 16:30 ZZ N 5 206 Prof. Dr.-Ing. Eugeny Kenig
Connected courses
This course is connected with the following courses:

  • L.104.31290 Computer-aided Modelling in Fluid Process Engineering

    Course

    Prof. Dr.-Ing. Eugeny Kenig

    Mon, 27. Feb. 2017 [08:30]-Th, 2. Mar. 2017 [14:30]

    Show course offering

  • L.104.31490 Computer-aided Modelling in Fluid Process Engineering (Tutorial)

    Course

    Prof. Dr.-Ing. Eugeny Kenig

    Wed, 1. Mar. 2017 [14:30]-Fri, 3. Mar. 2017 [16:30]

    Course offering currently shown

Contained in modules
Module
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6250 Energy- and process engineering (Master) ()
M.104.6270 Energy- and process engineering ()
M.104.6270 Energy- and process engineering ()
M.104.6270 Energy- and process engineering ()
M.104.6270 Energy- and process engineering ()
M.104.6270 Energy- and process engineering ()
M.104.6270 Energy- and process engineering ()
M.104.6301 Unit Operations ()
M.104.6301 Unit Operations ()
M.104.6301 Unit Operations ()
M.104.6301 Unit Operations ()
M.104.6301 Unit Operations ()
M.104.6301 Unit Operations ()
M.104.6301 Unit Operations ()
M.104.6301 Unit Operations ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6302 Process Engineering Plants ()
M.104.6380 Chemical Engineering Processes ()
M.104.6380 Chemical Engineering Processes ()
M.104.6380 Chemical Engineering Processes ()
M.104.6380 Chemical Engineering Processes ()
M.104.6380 Chemical Engineering Processes ()
M.104.6380 Chemical Engineering Processes ()
M.104.6380 Chemical Engineering Processes ()
M.104.6380 Chemical Engineering Processes ()
M.104.6395 Computer-based Engineering ()
M.104.6395 Computer-based Engineering ()
M.104.6395 Computer-based Engineering ()
M.104.6395 Computer-based Engineering ()
M.104.6395 Computer-based Engineering ()
M.104.6395 Computer-based Engineering ()
M.104.6415 Process Engineering 1: Modelling and simulation ()
M.104.6415 Process Engineering 1: Modelling and simulation ()
M.104.6415 Process Engineering 1: Modelling and simulation ()
M.104.6415 Process Engineering 1: Modelling and simulation ()
M.104.6415 Process Engineering 1: Modelling and simulation ()
M.104.6415 Process Engineering 1: Modelling and simulation ()
M.104.6415 Process Engineering 1: Modelling and simulation ()
M.104.6601 Unit Operations ()
M.104.6602 Process Engineering Plants ()
M.104.6602 Process Engineering Plants ()
M.104.6680 Chemical Engineering Processes ()
M.104.6680 Chemical Engineering Processes ()
Class session overview
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Instructors
Prof. Dr.-Ing. Eugeny Kenig