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Leafs - LV Loads and Storage Integration
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that minimize network reinforcements required from the integration of renewable energy sources and dynamics resulting from the market. Approaches in the project for activation and control of flexibility include
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IPEN - Infrastructure for energy grids
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critical for demanding applications like tele-protection or the monitoring of the electrical network's dynamic state (smart grid metrology). A root cause of the problem is the missing signalling component between
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Homepage
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Protection in Mobility & Transport Battery Materials & Characterization Battery Technologies Structural Dynamics and Assessment Bioresources Biosignal Processing Capturing Experience Cardiovascular Diagnostics [...] High-Performance Vision Systems Hybrid Electric Aircraft Technologies Hybrid Power Plants Innovation Dynamics & Modelling Innovation Policy & Transformation Innovation Systems & Digitalisation Integrated Digital
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Research Topics
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Systems Cooperative Digital Technologies Cyber Security Data Science & Artificial Intelligence Dynamic Transportation Systems Electric Vehicle Technologies Enabling Digital Technologies Health Solutions [...] Protection in Mobility & Transport Battery Materials & Characterization Battery Technologies Structural Dynamics and Assessment Bioresources Biosignal Processing Capturing Experience Cardiovascular Diagnostics [...] efficiency power electronics Hybrid Electric Aircraft Technologies Hybrid Power Plants Innovation Dynamics & Modelling Innovation Policy & Transformation Innovation Systems & Digitalisation Integrated Digital
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Archiv
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Innovation Systems & Policy Health Solutions Integrated Energy Systems Lightweight Metal Solutions Dynamic Transportation Systems Transportation Infrastructure Technologies Technology Experience Environmental
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LAST
- /en/research-topics/road-condition-monitoring-assessments/projects/last
LAST Effects of dynamic wheel load peaks The LAST project investigates the effects of dynamic wheel load peaks, due to possible unevenness, on the service life of the superstructure. The damaging effect [...] determined. Using two types of superstructure (asphalt, concrete), the damage due to the increased dynamic loads is calculated and the remaining service life is calculated. Finally, a comparison of damage
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Center for Transport Technologies
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Monitoring & Assessments Road Safety & Accident Research Acoustics and Noise Abatement Structural Dynamics and Assessment LKR Leichtmetallkompetenzzentrum Ranshofen Alloy Development Casting Technologies
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Center for Vision, Automation & Control
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Systems Our Research Groups Research Group Assistive & Autonomous Systems Research Group Complex Dynamical Systems Research Group High-Performance Vision Systems VAC Laboratories and Test Areas The Center
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Center for Innovation Systems & Policy
- /en/about-the-ait/center/center-for-innovation-systems-policy
future direction to take. The Competence Unit Innovation & Industrial Dynamics focuses on characterising and explaining the dynamics of innovation and industry. The Competence Unit’s strongly empirical [...] knowledge production. Topic Innovation Dynamics & Modelling We shift attention to the quantitative analysis and modelling of innovation systems and their dynamics. Competence Unit Transformative Governance [...] application of innovations in industry. The Unit is organised into two Research Fields: Innovation Dynamics & Modelling focuses on the further development of the empirical-methodological basis, for example
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Scientific Vision Days
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On- and Offroad Driving Werner Brockherde CMOS SPADs for LIDAR Applications Michael Hofstätter Dynamic Vision Sensoren (DVS) – Lösungen für die Personensicherheit Branislav Micusik, Markus Kommenda, Axel
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Heads of Competence Units
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markiert. Name * E-Mail * Betreff * Nachricht * Send Dr. Tobias Glück Head of Competence Unit Complex Dynamical Systems Center VAC +43 664 88256087 tobias.glueck(at)ait.ac.at × Kontakt Formular Pflichtfelder [...] Betreff * Nachricht * Send PD Dr. Thomas Scherngell Head of Competence Unit Innovation & Industrial Dynamics +43 50550-4569 thomas.scherngell(at)ait.ac.at Centers Energy Health & Bioresources Digital Safety
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Capturing Experience
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(“research in the wild” has been used in the field as specific notion to study complex and highly dynamic situations). Further we will strongly investigate upcoming contextual technologies (e.g. a variety
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Innovation Dynamics & Modelling
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Innovation Dynamics & Modelling Innovation Dynamics & Modelling The Research Field Innovation Dynamics & Modelling focuses on the quantitative analysis and modelling of innovation systems. It addresses [...] We also use our agent-based model RI:COMPASS , which enables micro-level analysis of innovation dynamics and supports ex-ante evaluation of policy interventions . Other methodological focal points include [...] analysis, and the growing use of social media data to assess emerging trends. Projects Innovation Dynamics & Modelling Projects Research Field Coordination × Kontakt Formular Pflichtfelder sind mit einem
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KNOWMAK
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completely new opportunities for empirical analysis of the dynamics of the European Research Area. The Competence Unit Innovation and Industrial Dynamics contributed its expertise in the analysis of innovation [...] Betreff * Nachricht * Send PD Dr. Thomas Scherngell Head of Competence Unit Innovation & Industrial Dynamics +43 50550-4569 thomas.scherngell(at)ait.ac.at This project has received funding from the European
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Environmental Testing Laboratory
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Name * E-Mail * Betreff * Nachricht * Send Dr. Alois Vorwagner Thematic Coordinator Structural Dynamics & Life Cycle Engineering +43 50550-6624 +43 50550-6439 alois.vorwagner(at)ait.ac.at Folder Download
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Drive Testing Laboratory
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up to 160 kW Drive Testbench Highly dynamic testbench 100 kW, 22000 U/min Highly dynamic testbench 120 kW, 8000 U/min Testbench 280 kW bis 3500 U/min The highly dynamic testbenches are applicable for "H
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Seamless
- /en/research-topics/transport-optimisation-energy-logistics/projects/seamless
planning components, which guarantee an efficient and comfortable use of the (e-) vehicles by optimized dynamic vehicle allocation and charging strategies. The intelligent use of buffer batteries and energy management
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SeNSE
- /en/themen/battery-materials-characterization/projects/sense
sustainability and recyclability, reduced production costs and a battery management system coupled to dynamic in-cell sensors to enable faster charging. AIT works in collaboration with other partners in SeNSE
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Computational Fluid Dynamics Services
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Computational Fluid Dynamics Services Computational Fluid Dynamics Services Computational Fluid Dynamics (CFD) analyzes and solves fluid dynamic problems by numerical methods. The expected system behavior
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Multi-Physics Simulation Services
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flow analysis of an internal permanent magnet synchronous machine by means of computational fluid dynamics Thermal Modeling and Validation of a Lithium-Ion Battery Based on Electric Vehicle Measurements
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