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Institution
Gottfried Wilhelm Leibniz Universität Hannover
Institut für Baustoffe
Address
Appelstraße 9a
30167 Hannover
Deutschland
GERiT
This institution in GERiT
30167 Hannover
Projects
Research Grants
Current projects
Degradation processes in high-strength concrete due to multistage compressive fatigue loading
(Applicant
Oneschkow, Nadja
)
Experimentally-validated stochastic model for freeze-thaw microstructural degradation and damage of hardened cement paste
(Applicants
Beer, Michael
;
Broggi, Matteo
;
Haist, Michael
)
Completed projects
Creep and shrinkage at variable hygric exposures
(Applicant
Haist, Michael
)
Investigation and modelling of the deformation mechanisms of hardened cement paste based on novel small angle X-ray scattering investigations
(Applicant
Haist, Michael
)
Linear and Non-Linear Cyclic-Creep of Concrete with defined Moisture Contents
(Applicants
Anders, Steffen
;
Lohaus, Ludger
)
Specimen heating as damage indicator for fatigue tests of concrete
(Applicant
Lohaus, Ludger
)
Untersuchung des Gefrierverhaltens und der Strukturänderung hochfester Zementsteine und hochfester Feinsandmörtel infolge der Temperatur- und Feuchteänderung
(Applicant
Lohaus, Ludger
)
Priority Programmes
Current projects
Component additive approach to predict Cement paste Rheology considering Secondary Cementitious Materials and their special effect on thixotropy and concrete de-airing behaviour
(Applicants
Haist, Michael
;
Ludwig, Horst-Michael
;
Schäfer, Ph.D., Thorsten
)
Coordination Funds
(Applicant
Lohaus, Ludger
)
Open channel flow behaviour of concrete in the presence of obstacles and mechanisms of flow blockage (OCF-Blockage)
(Applicant
Haist, Michael
)
R-ClinkerControl: AI augmented control model for coping with fluctuating recycling waste in carbonate-melt clinkering for recycling-cement
(Applicants
Haist, Michael
;
Stemmermann, Peter
)
SPP 2020: Cyclic deterioration of High-Performance Concrete in an experimental-virtual lab
(Spokesperson
Lohaus, Ludger
)
Completed projects
Component additive approach to predict cement paste rheology considering mineral and particle heterogeneity on different scales (CONCERT)
(Applicants
Haist, Michael
;
Ludwig, Horst-Michael
;
Schäfer, Ph.D., Thorsten
)
Ermüdung von UHPC unter ein- und mehraxialer Beanspruchung (Experimentelle Untersuchung und Entwicklung eines mechanischen Modells)
(Applicants
Grünberg, Jürgen
;
Lohaus, Ludger
)
Material composition influenced damage development in high-strength concrete under cyclic loading
(Applicants
Löhnert, Stefan
;
Oneschkow, Nadja
)
Quality assured flow production of light UHPC bar elements using artificial neural networks
(Applicants
Lohaus, Ludger
;
Rolfes, Raimund
)
Stability of concrete subjected to vibration – Analysis of the nano- and microscopic structural build-up and structural breakdown behavior of cementitious suspensions
(Applicant
Lohaus, Ludger
)
UHPC-Rohre mit Stahlblechummantelung für großformatige Stabwerke
(Applicants
Grünberg, Jürgen
;
Lohaus, Ludger
)
Water-induced damage mechanisms of cyclic loaded high-performance concretes
(Applicants
Haist, Michael
;
Lohaus, Ludger
;
Wriggers, Peter
)
Wrapped Hybrid Tubes
(Applicant
Lohaus, Ludger
)
Collaborative Research Centres
Completed projects
Schädigungsinduzierte Veränderung von Baustoffeigenschaften zur Modellierung und Quantifizierung zeitabhängiger Stoffgesetze
(Project Head
Lohaus, Ludger
)
Major Research Instrumentation
Completed projects
Hochleistungs-Röntgen-Nanotomograph
Micromechanical Laboratory
Servohydraulische Universalprüfmaschine
Surface spectroscopy laboratory
Research Fellowships
Completed projects
Micromechanical mechanisms of the time dependent deformation behavior of early-age concrete
(Applicant
Haist, Michael
)
Additional Information
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