Inhaltstyp
Kategorien
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Center for Health & Bioresources
- /en/about-the-ait/center/center-for-health-bioresources
sensor technologies, system integration, molecular biological omics technologies, modelling and simulation, and addresses customers in the health care, environmental and agricultural sectors. Our researchers
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Design of Responsive Mobility Systems
- /en/research-topics/integrated-mobility-systems/design-of-responsive-mobility-systems
Participatory planning methods in conjunction with virtual and augmented reality technologies Simulation-aided crowd management systems to automatically optimize pedestrian and crowd flows Analysis of [...] "Integrated Digital Urban Planning" +43 50550-6478 +43 50550-6439 stefan.seer(at)ait.ac.at Our Solutions SIMULATE Higher safety, comfort and efficiency for pedestrian flows EXPERIENCE Better orientation through
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E-Forming
- /en/research-topics/forming-technologies/e-forming
carried out on various materials. Their results are basis for forming simulations, which in turn are considered in conjunction with simulations of the current distribution in the formed components. In parallel
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Diagnostic Biosensors
- /en/research-topics/translate-to-english-bioresources/translate-to-english-improving-plant-vigor-1-1-1
the optimal performance of the overall sensor system. In doing so, we attach great importance to simulation and physical modelling. Surface functionalization & electrochemical detection methods: Development
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TARO
- /en/research-topics/enabling-digital-technologies/projects/taro
vehicle with special regard to condition-based maintenance and predictive maintenance Development and simulation of digital twin infrastructure, one of the fundamentals of automated train operation Process automation
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Phenotyping of plants
- /en/research-topics/bioresources/phenotyping-of-plants
parameters in a high-throughput process using non-invasive imaging methods while simultaneously simulating a wide range of climatic conditions. Specifications: Each of the technically identical but separated
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Prozessauswertung, Digitalisierung und Einsatzoptimierung
- /en/loesungen/industry-decarbonisation-and-digitalisation/modellbasierte-analyse-1
Visualisierung Digitale Zwillinge in Form von Functional Mockup Units Edge- und Cloud-Computing. Simulation und Entwurf von Steuerungs- und Regelungskonzepten für elektrische, thermische und mechanische
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EBA-Lastmodell
- /en/research-topics/structural-dynamics-and-assessment/projects/translate-to-english-eba-lastmodell
EBA (“Eisenbahn-Bundesamt”) will develop a new standard-compliant dynamic load model in order to simulate action of railway vehicles on bridges. The approaches are based on the mechanical response (acc
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3D Road Texture Scanner
- /en/solutions/acoustics-and-noise-abatement/3d-road-texture-scanner
our many years of experience in acoustic measurement are the basis for the coupled modelling and simulation of the tyre-road interaction generated by the texture. Background The microstructure of the road
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Shaker
- /en/solutions/reliable-transport-infrastructure/vibes/shaker
know-how as an independent testing laboratory for shock and vibration tests and environmental simulations accredited according to ÖVE/ÖNORM EN ISO/IEC 17025. Using two electrodynamic shakers in combination
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Diagnostic Biosensors
- /en/research-topics/molecular-diagnostics/diagnostic-biosensors
the optimal performance of the overall sensor system. In doing so, we attach great importance to simulation and physical modelling. Surface functionalization & electrochemical detection methods: Development
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IPEN - Infrastructure for energy grids
- /en/ipen
control in the electrical network. A selected energy application will be embedded into a worst-case simulation scenario to analyse the impact of communication latency on the stability of the electrical network
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Cheetah
- /en/cheetah
sation. The aging of the PV-components under the influence of harsh climatic conditions may be simulated and quantified. AIT has/is participated/ing in FP6 and FP7 projects, including (I) PERFORMANCE:
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AIT Network Planning Toolbox
- /en/research-topics/smart-grids/network-operators-and-energy-service-providers/ait-network-planning-toolbox
on AIT servers and operated by AIT experts, and its functionalities are transferrable to other simulation environments. Some example outputs of the AIT Network Planning Toolbox are Calculation of reserve
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Drive Testing Laboratory
- /en/labs/drive-testing-lab
and time-synchronized acquisition, storage and visualization of measurement data. It enables the simulation of user-defined performance profiles and driving cycles as well as the definition of semi or fully
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Energy Conversion and Hydrogen
- /en/research-topics/energy-conversion-and-hydrogen
digitized to further reduce the related levelized cost of electricity (LCOE). Methods Experimental and simulation-based development of technologies, components and systems. Advanced prequalification, testing and
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Interstores
- /en/research-topics/integrated-energy-systems/projects/interstores
decrease in CO 2 emissions on both demo sites within the Project, Improved planning methods, Improved simulation models and digital twins for optimized design, planning and operation. Funding INTERSTORES is funded
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Responsive Cities & Regions
- /en/solutions/sustainable-cities-regions-and-living-spaces/responsive-cities-regions
Cities +43 50550-6658 +43 50550-6439 markus.ray(at)ait.ac.at Infomaterial FS_Urban_Development_Simulations_Infrastructure_Development_Analysis_2017_EN_Ansicht.pdf pdf (1 MB)
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Tune Our Block
- /en/research-topics/drc/projects/tune-our-block
ive urban adaptation. The task of AIT is the modeling of superblocks with the help of traffic simulations. The traffic effects will be integrated in the discussions with stakeholders using planning tools
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Development of power electronics
- /en/solutions/power-system-technologies/development-of-power-electronics
Using advanced rapid prototyping and validation methods, AIT accelerates product development: Simulation and modeling of power converters and systems. Controller-Hardware-in-the-Loop (C-HIL) and Powe