L.104.31290 Computer-aided Modelling in Fluid Process Engineering

Course offering details

Instructors: Prof. Dr.-Ing. Eugeny Kenig

Event type: Lecture

Org-unit: Maschinenbau

Displayed in timetable as: RMF

Hours per week: 2

Language of instruction: German

Min. | Max. participants: - | -

Requirements and recommendations:
Vordiplom/Bachelor, Mass and Heat Tranfer

Aim of the event:
The lecture covers advanced methods of modelling and simulation applied in up-to-date description and design in fluid process engineering.

Target group:
- Chemical engineering
- Process engineering
- Industrial engineering

Contents:
• Fundamentals of modern modelling methods
• Mass transfer in multicomponent mixtures
• Fluid dynamics in separation units and heat exchangers
• Phase interface
• Solution methods of CFD

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

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

Literature:
Collection of slides including references

Supplementary events:
process intensification

Important notes:
Block course. Estimated date of the course: End of February 2017.
An exact date for the course will be determined at the beginning of the semester in cooperation with all signed in students.

Appointments
Date From To Room Instructors
1 Mon, 27. Feb. 2017 08:30 16:30 E 2 304 Prof. Dr.-Ing. Eugeny Kenig
2 Tue, 28. Feb. 2017 08:30 16:30 E 2 304 Prof. Dr.-Ing. Eugeny Kenig
3 Wed, 1. Mar. 2017 08:30 14:30 E 2 304 Prof. Dr.-Ing. Eugeny Kenig
4 Th, 2. Mar. 2017 08:30 14:30 E 2 304 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

    Lehrveranstaltung

    Prof. Dr.-Ing. Eugeny Kenig

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

    Course offering currently shown

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

    Lehrveranstaltung

    Prof. Dr.-Ing. Eugeny Kenig

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

    Show course offering
Contained in modules
Module
M.104.6250 Energy- and process engineering (Master) (SS 2015)
M.104.6250 Energy- and process engineering (Master) (WS 2015/16)
M.104.6250 Energy- and process engineering (Master) (SS 2016)
M.104.6250 Energy- and process engineering (Master) (WS 2016/17)
M.104.6250 Energy- and process engineering (Master) (WS 2008/09)
M.104.6250 Energy- and process engineering (Master) (SS 2009)
M.104.6250 Energy- and process engineering (Master) (WS 2009/10)
M.104.6250 Energy- and process engineering (Master) (SS 2011)
M.104.6250 Energy- and process engineering (Master) (WS 2011/12)
M.104.6270 Energy- and process engineering (WS 2011/12)
M.104.6270 Energy- and process engineering (SS 2013)
M.104.6270 Energy- and process engineering (SS 2015)
M.104.6270 Energy- and process engineering (WS 2015/16)
M.104.6270 Energy- and process engineering (SS 2016)
M.104.6270 Energy- and process engineering (WS 2016/17)
M.104.6301 Unit Operations (SS 2014)
M.104.6301 Unit Operations (WS 2014/15)
M.104.6301 Unit Operations (SS 2015)
M.104.6301 Unit Operations (SS 2016)
M.104.6301 Unit Operations (WS 2016/17)
M.104.6301 Unit Operations (SS 2012)
M.104.6301 Unit Operations (WS 2012/13)
M.104.6301 Unit Operations (WS 2013/14)
M.104.6302 Process Engineering Plants (WS 2014/15)
M.104.6302 Process Engineering Plants (SS 2015)
M.104.6302 Process Engineering Plants (WS 2015/16)
M.104.6302 Process Engineering Plants (SS 2016)
M.104.6302 Process Engineering Plants (WS 2016/17)
M.104.6302 Process Engineering Plants (WS 2011/12)
M.104.6302 Process Engineering Plants (SS 2012)
M.104.6302 Process Engineering Plants (WS 2012/13)
M.104.6302 Process Engineering Plants (WS 2013/14)
M.104.6380 Chemical Engineering Processes (SS 2015)
M.104.6380 Chemical Engineering Processes (WS 2015/16)
M.104.6380 Chemical Engineering Processes (SS 2016)
M.104.6380 Chemical Engineering Processes (WS 2016/17)
M.104.6380 Chemical Engineering Processes (WS 2011/12)
M.104.6380 Chemical Engineering Processes (SS 2012)
M.104.6380 Chemical Engineering Processes (WS 2012/13)
M.104.6380 Chemical Engineering Processes (WS 2013/14)
M.104.6395 Computer-based Engineering (SS 2014)
M.104.6395 Computer-based Engineering (WS 2014/15)
M.104.6395 Computer-based Engineering (SS 2015)
M.104.6395 Computer-based Engineering (WS 2015/16)
M.104.6395 Computer-based Engineering (SS 2016)
M.104.6395 Computer-based Engineering (WS 2016/17)
M.104.6415 Process Engineering 1: Modelling and simulation (SS 2014)
M.104.6415 Process Engineering 1: Modelling and simulation (WS 2014/15)
M.104.6415 Process Engineering 1: Modelling and simulation (SS 2015)
M.104.6415 Process Engineering 1: Modelling and simulation (WS 2015/16)
M.104.6415 Process Engineering 1: Modelling and simulation (SS 2016)
M.104.6415 Process Engineering 1: Modelling and simulation (WS 2016/17)
M.104.6415 Process Engineering 1: Modelling and simulation (WS 2013/14)
M.104.6601 Unit Operations (WS 2016/17)
M.104.6602 Process Engineering Plants (SS 2016)
M.104.6602 Process Engineering Plants (WS 2016/17)
M.104.6680 Chemical Engineering Processes (SS 2016)
M.104.6680 Chemical Engineering Processes (WS 2016/17)
Course specific exams
Description Date Instructors Mandatory
1. Mündliche Prüfung Time tbd Yes
Class session overview
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Instructors
Prof. Dr.-Ing. Eugeny Kenig