University News: MERGE
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People
Award for an innovator
In recognition of his cross-border commitment to research, the Polish city of Opole awarded Lothar Kroll, professor at Chemnitz University of Technology, an honorary citizenship
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Campus
"Wir sind Chemnitz"
TU Chemnitz sets a mark and shows a different picture of Chemnitz
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Research
DFG Funding Atlas: Chemnitz University Shines in Multiple Rankings
Key figures related to publicly funded research in Germany reflect Chemnitz University’s success in third-party funding acquisition – particularly in the field of engineering
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Research
Lightweight Construction Research without Boundaries
Prime Minister Michael Kretschmer: “The Federal Cluster of Excellence MERGE at Chemnitz University of Technology sets an important statement on transboundary science networking"
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Research
Driving a car made easy
Federal Cluster of Excellence MERGE presents new lightweight construction prototypes for automotive industry at the Hannover Fair 2018 from April 23rd till 27th, 2018
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Campus
Start of the mentoring program „WoMentYou“
Project “WoMentYou” is the next step in promoting of gender equality at Chemnitz University - First round of mentoring starts with twelve women
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Events
ISINA takes place for the fifth time in Chemnitz
5th Interdisciplinary Symposium for Women in the MINT field takes place from March 5 till 6, 2018 – registration open until February 22nd
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Research
Flying: Efficiency thanks to Lightweight Air Nozzles
The Federal Cluster of Excellence MERGE at Chemnitz University of Technology and the Fraunhofer ENAS join forces in order to optimise actuator systems for active flow control in aeroplanes and cars
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International
MERGE branch in Thailand
“Collaborative Centre” at King Mongkut’s University of Technology North Bangkok to research renewable resources for lightweight designs
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Research
“Chemnitz is not only the lightweight centre of Germany but also of Europe and beyond”
The Federal Cluster of Excellence MERGE at Chemnitz University of Technology underlines its internationally renowned lightweight competence at top-class international conference
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Research
Plans for a Lightweight Super Cluster
Chemnitz University of Technology and TU Braunschweig want to merge their competencies in lightweight construction and advance their internationally leading position with their network partners
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Research
Taking the Leap into Industrial Application
The junior research group "FiberCer" wants to develop environmentally friendly production technologies for fibre ceramics for innovative lightweight products
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Campus
Cambridge scientists: „It is an honour to be here at Chemnitz University of Technology“
Prof. Ian White will join his Cambridge colleague Prof. David Cardwell as future member of the Scientific Advisory Board in the Federal Cluster of Excellence MERGE
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Research
Improved Performance thanks to Reduced Weight
Scientists of the Federal Cluster of Excellence MERGE in Chemnitz develop a Lightweight Wheel for more Safety and Comfort on the Road
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Research
An Algorithm with Ants
A calculation method based on a natural phenomenon helps optimise lightweight laminates
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Research
The Secret Life of Tyres
The Chemnitz Institute of Lightweight Structures takes a closer look at the ecological recycling of elastomers from used tyres
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Research
Hard as construction steel, light as carbon, and yet all natural
Chemnitz scientists of the Federal Cluster of Excellence MERGE develop bio-based fiber-plastic-compounds for a future sustainable large-scale production
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Campus
Great praise for holistic research approach
Cambridge top researcher and future member of the Scientific Advisory Board in the Federal Cluster of Excellence MERGE visits Chemnitz University of Technology
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Research
Sustainable on snow and street
Scientists in the Federal Cluster of Excellence MERGE are developing longboards and snowboards made of renewable raw materials
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Research
The Chemnitz University of Technology presents a globally unique pilot plant for sustainable lightweight construction
Winding principle reversed: The Orbital Wrapping process is about to set new standards in the large-scale production of complex fiber reinforced profiles