13 Works

Produktgestaltung via Prozess und Material - Formulierungstechnologie

Heike Karbstein
Die Abbildungen zeigen das prinzipielle Vorgehen der Produktgestaltung, wie es in meinen Vorlesungen gelehrt wird. Es wird Wert darauf gelegt, dass durch einen Prozess lokal die Bedingungen festlegt werden, unter denen Moleküle und Strukturen verändert werden. Die dabei entstehenden Strukturen auf der makro-, mikro- und nanoskaligen Ebene bestimmen die Produkteigenschaften, die Konsumenten erfahren. - Prinzipbild mit Beispielen -

Herstellung von Doppelemulsionen

Heike P. Karbstein, Anna Schmieg, Susanne Neumann & Kerstin Muelheims
schematische Darstellung der Herstellung von Doppelemulsionen in zwei Prozessschritten

Modelling Aerosols in the upper Rhine valley for August 2016

Xiaoli Shen, Heike Vogel, Bernhard Vogel & Harald Saathoff
Modelling Aerosols in the upper Rhine valley for August 2016 These videos contain results of COSMO-ART model calculations simulating the meteorology and especially the aerosols from August 26th to 28th, 2016 with a 1x1 km2 resolution in a 350x330 km2 box around the city of Karlsruhe in the Rhine valley in Germany. These results are related to field measurements about 11 km north of the city of Karlsruhe and a corresponding publication in Atmospheric Chemistry...

Competitor Analysis Framework - interaktiv, final version

Nadja Hatzijordanou
This is the final, editable version of the Competitor Analysis Framework (marked as v1.0). The Competitor Analysis Framework was developed within the scope of a doctoral thesis conducted as design science research project. It provides a structured process for the competitor identification and analysis for early- stage startups and is a working tool aimed at supporting team communication, informed decision-making and a startup’s identity-building process. The five main outcomes are: 1. understanding the competitive environment,...

Competitor Analysis Framework - Interaktiv

Nadja Hatzijordanou
This is the editable version of the competitor Analysis Framework. The Competitor Analysis Framework was developed within the scope of a doctoral thesis conducted as design science research project. It provides a structured process for the competitor identification and analysis for early- stage startups and is a working tool aimed at supporting team communication, informed decision-making and a startup’s identity-building process. The five main outcomes are: 1. understanding the competitive environment, 2. positioning the product...

Micro-PIV double picture of the exit of a coaxial orifice

Felix Johannes Preiss & Heike Petra Karbstein

Prinzipskizze Einzeltropfenuntersuchungen

Susanne Neumann, Nico Leister, Ulrike Van Der Schaaf & Heike Karbstein

Competitor Analysis Framework

Nadja Hatzijordanou
The Competitor Analysis Framework was developed within the scope of a doctoral thesis conducted as design science research project. It provides a structured process for the competitor identification and analysis for early- stage startups and is a working tool aimed at supporting team communication, informed decision-making and a startup’s identity-building process. The five main outcomes are: 1. understanding the competitive environment, 2. positioning the product and company in a competitive environment, 3. a database containing...

Experimental Setup with a) pressure vessel, b) nitrogen pressure bottle, c) optical accessible orifice, d) valve to apply back-pressure

Felix Johannes Preiss, Ariane Bisten & Heike Petra Karbstein

Ovally deformed journal bearing

Kai Becker

Experimental Setup with a) pressure vessel, b) nitrogen pressure bottle, e) optical accessible orifice, g) valve to apply back-pressure

Felix Johannes Preiss, Ariane Bisten & Heike Petra Karbstein

IPEK-XiL-Approach and IPEK-XiL-Framework for Power Tools

Sven Matthiesen, Matthias Behrendt, Thomas Gwosch, Tim Bruchmueller & Tobias Schaefer

IPEK-XiL-Ansatz und IPEK-XiL-Framework für Power-Tools

Sven Matthiesen, Matthias Behrendt, Thomas Gwosch, Tim Bruchmueller & Tobias Schaefer

Registration Year

  • 2018
    7
  • 2019
    6

Resource Types

  • Image
    13