The joint project?Smart Building Systems through Recombination of Materials and Wireless Technologies?(SBMuW)?at HafenCity University 足球比分,即时比分直播 is funded by the Federal Ministry of Digital and Transport (BMDV) as part of the?Deutsches Zentrum für Mobilit?t der Zukunft (DZM). It is part of the structure of the?Hanseatic Wireless Competence Center?(HAWICC) together with other projects.
The aim of the research (A. Basic Research, B. Applied Research) is to enable energy-efficient, low-maintenance and sustainable combinations of sensors and concrete in a novel approach and to implement them in real experiments in the future.
Prof. Dr. J?rg Müller-Lietzkow?(DZM, SBMuW)
President of HafenCity University 足球比分,即时比分直播 (HCU) and Professor of Economics and Digitalization
Prof. Dr.-Ing. Gesa Kapteina?(SBMuW)
University Professor for Building Materials Technology
Dipl. Ing. Marcus Illguth ?(SBMuW)
Head of Central Construction Laboratory
Smart building systems through recombination of materials and wireless technologies
The SBMuW project (Smart Building Systems through Recombination of Materials and Wireless Technologies) aims to develop a new approach to sensor-based measurement of concrete and asphalt pavements in road and bridge construction. Previous measurement methods using proxy technologies (concrete) already provide sensory data. However, they do not take into account all possible measurement options.
“The aim is to develop a digital solution that uses sensor technology, connectivity and machine learning to make precise and therefore predictive statements about the condition and condition of roads and bridges. The aim is to provide a basis that allows for earlier maintenance, repair and care, which is more cost-effective, uses less material and thus extends the life cycle compared to new construction or at least complete renovation.” -?BMDV?translated by HafenCity University
Sub-area A of the SBMuW project therefore focuses on fundamental research, particularly with regard to one of the most important building materials: concrete. The aim is to develop energy-efficient, low-maintenance and sustainable material combinations using an innovative approach.
Measurement setup project SBMuW
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Basic research part A, Project SBMuW
Based on this basic research, the second part of the project (Part B - Applied Research) will develop and test sensors specifically for use in road and bridge construction. These sensors will use artificial intelligence to support the sustainable maintenance and care of roads and bridges. In addition to the usual parameters of temperature and humidity, other stresses - such as noise measurements - on concrete and asphalt will also be recorded. Where possible, the sensors will be tested under real operating conditions so that the results can be continuously incorporated into further research.
Project duration: 01/2024 - 12/2026
Coordination and Communication:
Dr. Annabarbara Friedrich (Head of Project Management)
annabarbara.friedrich@hcu-hamburg.de
T +49 40 42827-4041
Janine Kohls (Communication and Assistance)
janine.kohls@hcu-hamburg.de
T +49 40 42827-5025
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Research Team:
Prof. Dr.-Ing. Gesa Kapteina (University Professor for Building Materials Technology)
gesa.kapteina@hcu-hamburg.de
T +49 40 42827-4074
Dipl. Ing. Marcus Illguth (Head of Central Construction Laboratory)
marcus.illguth(at)hcu-hamburg.de
T +49 40 42827-4540
Xiang Zhang (Research Assistant, Master of Science Information Technology)
xiang.zhang(at)hcu-hamburg.de
Prof. Dr.-Ing. Annette B?gle (associated, Vice President Research and Internationalization, Design and Analysis of Structures)
annette.boegle(at)hcu-hamburg.de
T +49 40 42827-5691
Would you like to work on the SBMuW project at HafenCity University in 足球比分,即时比分直播? Check our job advertisements.
