Finished Projects

Development and experimental examination of a....

Development and experimental examination of a descriptive model to determine the rheological behaviour of waxes (storage, application, drying) on the basis of the internal structures that form

In the automotive industry in particular, cavities are preserved with wax systems which are applied by spraying. Three different material systems are used here: 100% systems and systems which use organic solvents or water as the solvent. The aqueous wax systems are complex, non-Newtonian emulsions whose rheological behaviour is adjusted to reduce undesirable or maximise desirable effects when the formulation is developed. There is as yet no overall descriptive model for the complex rheological behaviour. This project aims to develop such a model and to examine it by means of experiments and statistical analyses of the experiments.

Scientific Director

Prof. Dr.-Ing. Joachim Domnick

Project duration

03 February 2014 - 31 January 2016
Collaboration/project partner Pfinder AG, Böblingen

Faculties involved

Natural Sciences

Funding

AIF

Academic staff

M.Sc. Dennis Pfiz
Dipl.-Ing. Stefan Staudt

Creating a video instruction for the Labfors and Minifors

Creating a video instruction for the Labfors and Minifors

In this project, rich-media instructions are compiled for the Minifors and Labfors bioreactors produced by Infors AG.

Scientific Director

Prof. Dr.-Ing. Richard Biener

Project duration

01 June 2011 - 31 May 2013
Koorperations-/Projektpartner

Fa. Infors AG, Schweiz

Didactics Center University of Applied Sciences Esslingen

Faculties involved

Natural Sciences

Funding Fa. Infors AG, Schweiz

Development of an intelligent process development system .....

Development of an intelligent process development system for the optimisation and development of bioprocesses

Part of the project involves developing an online analytical device based on mid-infrared (MIR) transmission spectroscopy to be used in the manufacture of bio-pharmaceutical proteins. The development here is to be conducted in such a way that the device is suitable for the monitoring of industrial processes and can be coupled directly to them (on-line). The focus of attention is on the creation of a user-friendly system, which can be used in both upstream as well as downstream processes.

Scientific Director

Prof. Dr.-Ing. Richard Biener

Project duration

01 October 2013 - 31March 2016
Collaboration/project partner Micro-Biolytics, Esslingen

Faculties involved

Natural Sciences

Funding BMWi

Development and experimental examination of a....

Development and experimental examination of a descriptive model for the determination of the rheological characteristic of waxes (storage, application, drying) on the basis of internal structures that form

In the automotive industry in particular, cavities are preserved with wax systems which are applied by spraying. Three different material systems are used here: 100% systems and systems which use organic solvents or water as the solvent. The aqueous wax systems are complex, non-Newtonian emulsions whose rheological behaviour is adjusted to reduce undesirable or maximise desirable effects when the formulation is developed. There is as yet no overall descriptive model for the complex rheological behaviour. This project aims to develop such a model and to examine it by means of experiments and statistical analyses of the experiments.

Research focus Inteligent and efficient production

Faculties involved

Natural Sciences

Public funding

BMWi / AIF

Collaboration/project partner

Pfinder AG, Böblingen

Project duration

03 February 2014- 30 April 2016

Scientific Director

Prof. Dr.-Ing. Joachim Domnick

Academic staff

M.Sc. Dennis Pfiz

Dipl.-Ing. Stefan Staudt

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