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Dive into the research topics where Michael Glowania is active.

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Featured researches published by Michael Glowania.


Key Engineering Materials | 2011

Innovative Coating Technology for Textile Reinforcements of Concrete Applications

Michael Glowania; Thomas Gries; Jens Schoene; Markus Schleser; Uwe Reisgen

In the 60ties engineers started to combine short glass fibers with a concrete matrix. Today engineers combine endless fibers with the concrete matrix. Hence, the so called textile-reinforced concrete offers more and more opportunities to manufacture consumer goods like desks or chairs and to build face elements for houses and even load-bearing structures. This revolution is only feasible because a lot of research work has been done - into textile, into concrete, into the combination and the bonding. One big challenge still is to have a high bond between the fibers and the concrete to achieve high tensile strength. At the same time the reinforcement should be flexible to open a wide range of applications. The Institut für Textiltechnik and the Welding and Joining Institute of the RWTH Aachen University have spotted an innovative coating technology to achieve both – high tensile strength and drapability for textile-reinforcements for concrete applications.


Archive | 2011

Method for reinforcing e.g. prefabricated part utilized in concrete building, involves curing textile reinforcement fiber after embedding fiber in concrete such that draping ability of fiber is obtained during embedding fiber

Jens Schoene; Michael Glowania; Markus Schleser; Thomas Gries; Uwe Reisgen


Volume! | 2012

Knot- and Loop Tensile Tests of Ultra High-Modulus Pitch-Based Carbon Fibers

Michael Glowania; Sven Schneiders; Johanne Hesselbach; Kristina Simonis; Thomas Gries


Journal of Textile Engineering | 2012

Ultra Yüksek Modüllü Zift-Esaslı Karbon Liflerin Düğüm ve Halka Çekme Testleri

Michael Glowania; Sven Schneiders; Johanne Hesselbach; Kristina Simonis; Thomas Gries


Archive | 2013

CAMISMA : Carbonvliesstoffe im Einsatz als Multimaterialsystem

Tristan Tiedt; Lutz Eckstein; Michael Glowania; Leif Ickert; Ralf Matheis; Thomas Gries; Sabrina Zobel


Archive | 2012

Thermally conductive fibre reinforced composites using ultra high modulus pitch based carbon fibres

Michael Glowania; Sven Schneiders; Martin Noll; Dirk Heider; Shankar Kurgot; Thomas Gries


Archive | 2012

A device for dissipating heat

Michael Glowania; Thomas Gries


Archive | 2012

Tufting of ultra high modulus pitch-based carbon fibres

Michael Glowania; Philipp Heitefuss; Thomas Jakobs; Thomas Gries


Archive | 2011

Hybrid FRP-steel components for automotive applications

Christian Kochanek; Meike Frantz; Thomas Tröster; Michael Glowania; Bernd Siewers; Christian Lauter; Thomas Gries; Markus Linke


Archive | 2010

Betonteil und Verfahren zum Bewehren von Teilen aus Beton

Michael Glowania; Thomas Gries; Uwe Reisgen; Markus Schleser; Jens Schoene

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Uwe Reisgen

RWTH Aachen University

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Leif Ickert

RWTH Aachen University

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