Department Industrial Engineering
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Industrial and institutional floor cleaning today relies on mechanical action combined with chemicals, which is costly and a burden to the environment. There are floor cleaning pads on the market which claim increased service time due to diamond particles contained in the nonwoven materials. In this study, it was investigated whether cleaning results can also be obtained with hard-particle-coated pads using only water. SiC, diamond and Al 2 O 3 were used with particle sizes between 5 and 125 µm. 5 g/m² of hard particles were applied to the pads in epoxy resin. Weight loss from abrasive cleaning in 500 cycles and gloss increase were measured. Diamond and silicon carbide particles were found to work with pure water, without the need for chemical cleaning agents.
Cloud solutions in the business are nowadays becoming more
and more popular. Many companies decide to deploy their applications
in the cloud or migrate them from their non-cloud based solutions. It
allows them to focus on functionalities and turn over the work connected
with setting up and managing an infrastructure (with its issues such as
scalability or availability) to the cloud providers.
This paper provides an in-depth analysis of cloud solutions in aspects
of distributed business services. It is supported by a web application that
is responsible for testing the provided services to supports the analysis.
Digitalisierung und Automatisierung in produzierender Industrie sind Schlagwörter heutiger Forschungsbarbeiten am Department Industrial Engineering der Fachhochschule Technikum Wien. Künstliche Intelligenz, vernetzte Sensorsysteme oder übergreifende Prozessplanung ermöglichen Optimierung hinsichtlich Produktionszeit oder Fertigung von individualisierten Produkten, was zur Losgröße 1 führt. In diesem Dokument werden Forschungstätigkeiten des Departments Industrial Engineering im Kontext Vernetzung, Servicerobotik sowie Industrierobotik zusammengefasst.
Kleinwindkraft in Österreich
(2015)
Digital Manufacturing
(2017)
Analyse des Potentials dezentraler PV-Heimspeichersysteme zum Ausgleich von Fahrplanabweichungen
(2017)
Small Wind Power in Austria
(2017)
Innovative Technologien
(2016)
IEA PVPS Task 15
(2016)
Speicherrevolution managen: Wie können private Kleinspeicher ins Stromsystem integriert werden?
(2017)
Ausgleich von Fahrplanabweichungen einer Bilanzgruppe durch dezentrale Erzeuger und Speichersysteme
(2016)
Kleinwindkraft in Österreich
(2016)
Abschätzung des Potenzials dezentraler PV-Heimspeichersysteme zum Ausgleich von Fahrplanabweichungen
(2017)