Multi-axial finished
![DeepC3000 on board the research ship Maria S. Merian shortly before deployment](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/forschungsfeld-besondere-belastungen/2022-DeepC3000-an-Bord_FJanssen.jpg/@@images/06460c51-2a79-4ea5-b2cd-f2f6349bd1cc.jpeg)
DeepC3000 on board the research ship Maria S. Merian shortly before deployment
SP UHPC and UHPC pressure vessels under impact, long-term and multi-axial loads within the joint research project Ultra-high strength concrete pressure vessels for marine engineering (DeepCsolution) more details
Funding: BMWK / Maritimes Forschungsprogramm
Period: 12/2019 – 06/2023
![Positionierung des faseroptischen Sensors in der Schalung mittels Trägergerüsts aus Messingprofilen](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-neue-betone-und-mehraxial/mabet/Kerstin_SchalungGestell_SG.jpg/@@images/ad1805f6-4823-41d1-893d-a83b98bad9d6.jpeg)
Positioning of the fibre-optic sensor in the formwork using a brass profile support frame
Experimentally based modelling of failure mechanisms of high strength concretes under multi-axial loading – MABETfurther details
Funding: DFG
Period: 04/2017 – 08/2021
![Biaxialer SHB](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-impaktprojekte/quast_shb_bi/Quast_SHB_bi_2014.jpg/@@images/0d24a9d3-75c7-4b8b-9490-c71383bc21cc.jpeg)
Betonreste nach dem Versagen im zweiaxialen Split-Hopkinson-Bar
Biaxial compressive strength of concrete under high loading rates further details
Funding: BMWi / GRS / KEK
Period: 10/2014 – 12/2017
![UHPC-Kameragehäuse](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-neue-betone-und-mehraxial/robex/ROBEX_2015_Wilhelm.JPG/@@images/e19263ae-6434-4c0e-afd0-05db7ca78120.jpeg)
Test of camera housing made from UHPC near the island Vulcano (Italy)
ROBEX – Robotic Exploration of Extreme Environments further details
Funding: Helmholtz Association
Period: 10/2012 – 09/2017
![Virtueller Betonprobekörper – Partikelensemble mit verschiedenen Kugeldurchmessern](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-simulation/0307___PartikelensemblemitverschiedenenPartikelgroessen.jpeg/@@images/bfd37a32-e9ca-4e9d-a4a5-3528f38e66cd.jpeg)
Virtual concrete specimen – paricle ensemble with varying sphere diameters
DEM simulations of multiaxial material behaviour and failure mechanisms of concrete further details
Funding: DFG
Period: 03/2012 – 02/2014 (1st period), 08/2014 – 07/2016 (2nd period), 05/2017 – 04/2019 (3rd period)
![Destroyed concrete specimen after a trial in the biaxial Split-Hopkinson bar](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-aeltere-projekte/BelastungsgeschwTP2ax_12_Just.JPG/@@images/3521a89b-92a3-4d29-a898-27a024975113.jpeg)
Destroyed concrete specimen after a trial in the biaxial split-Hopkinson bar
SP Biaxial concrete strength in the joint project Material behaviour of concrete under high loading velocity further details
Funding: BMWi / GRS
Period: 07/2009 – 12/2012
Multi-axial strength of concrete at high temperatures
Funding: MEPA Leipzig GmbH
Period: 12/2008 – 06/2010
![Forming die with a confinement system to apply a confinement pressure actively and hydroformed metal sheet](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-aeltere-projekte/SheetMetalHydroforming_10-Robert-Ritter.jpg/@@images/401cd9df-22f0-4104-85c0-32d0a3cf71bd.jpeg)
Forming die with a confinement system to apply a confinement pressure actively and hydroformed metal sheet
Forming dies made of hydraulic binder agent materials for sheet metal hydroforming further details
Funding: DFG
Period: 04/2007 – 03/2009 (1st period), 01/2010 – 10/2012 (2nd period), project completion: 09/2013
![Simulated deformation of a concrete slab](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-aeltere-projekte/AnisotropSchaed-Plast_09_Mirko-Kitzig.jpg/@@images/95364e51-bcba-4b69-91d2-bd96f2806fda.jpeg)
Simulated deformation of a concrete slab
Multi-axial constitutive laws based on anisotropic damage and plasiticity
further details
Funding: DFG
Period: 05/2007 – 04/2011
![Failure under biaxial tensile load](https://tu-dresden.de/bu/bauingenieurwesen/imb/ressourcen/bilder/bilder-forschung/bilder-aeltere-projekte/MehraxialeFestUHPC_11_Kerstin-Speck.JPG/@@images/c6c9a7bc-0083-439f-9abd-732796d887be.jpeg)
Failure under biaxial tensile load
Experimental determination and mathematical description of the multiaxial strength of UHPC further details
Funding: DFG / SPP 1182
Period: 11/2005 – 06/2012
Analysis of a hydraulic binder in a triaxial cell at up to 180 °C more details
Funding: Industry
Period: 2002 – 2007
Material behaviour of high performance lightweight aggregate concrete (HPLWC) under multi-axial loading more details
Funding: DFG
Period: 09/2001 – 06/2006
Investigation of the multi-axial strength of ductile high-performance concrete more details
Funding: DAfStb
Period: 03/1999 – 03/2005
Behaviour of high-performance concrete under biaxial compressive-tensile loading more details
Funding: AiF
Period: 04/1997 – 03/2005
Experimental determination and mathematical description of the multi-axial strength of high-performance concrete more details
Funding: DFG
Period: 01/1996 – 03/2005