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Events
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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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SmartEST Lab
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island grid applications where the inverter must operate synchronously without a grid connection. Dynamic tests Load change behavior: Testing the inverter under sudden changes in load or input voltage (e [...] environments (e.g. salt mist in coastal regions) affect functionality. DC Sources and battery simulation Dynamic PV array simulators The laboratory is equipped with six independent simulators, providing 1500 V
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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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Emilia
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online and have them delivered within 60 minutes by e-load bike. These short-term orders will be dynamically integrated into the already planned daily routes with the help of a planning tool developed at
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Electrolyzer
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PEM electrolysis more economical. System Design and Integration: Adapting PEM electrolyzers for dynamic load operations with renewable energy sources and integrating them into storage and fuel cell te
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Efficiency Testing of PV Inverters and PV Storage Systems
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compliance with all relevant codes and standards. Power Conversion Equipment Steady state and dynamic MPP-Tracking, conversion and overall efficiency according to EN 50530 Overall performance of PV [...] nominal and part load charge/discharge power Evaluation of the net storage capacity Control System Dynamic control behavior (step response) Accuracy of the control system (steady state error) AIT SmartEST
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Integration of new technologies for efficient operation
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decision support Conservation of core knowledge in the company Our methods Computational Fluid Dynamics (CFD) for detailed analysis of heat and mass transfer processes Flow-sheet simulation and design
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EBA-Lastmodell
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Development of a new dynamic high speed load model for railway bridges The high-speed load models HSLM-A and -B, developed in the 1990s, are provided in the Code “EN 1991-2” for a dynamic analysis of railway [...] Measurement of the dynamic characteristics of the vehicles and in deep investigation on damping effects of vehicle/bridge interaction will round up the planned results. The newly developed dynamic load models [...] with respect to the actual dynamic parameters and the vibration responses during train passage. AIT has a leading part for developing the load model. A large-scale dynamic FEM computation, used for finding
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Structural dynamics and vibration forecasts
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Structural dynamics and vibration forecasts Structural dynamics and vibration forecasts Vibration forecasts and vibration measurements are becoming increasingly important - on the one hand, the sensitivity [...] vibration simulation) Structural dynamic measurements and vibration measurements Vibration analyses Vibration tests with vibration exciters of different load sizes Dynamic evaluation of railway bridges Analysis [...] sensitivity of the population to vibrations is increasing, and on the other hand, structural dynamics are playing an increasingly important role in the construction of new traffic routes or in built-up areas
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Numerical Methods for Structural Dynamics
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Numerical Methods for Structural Dynamics Numerical Methods for Structural Dynamics Based on many years of experience in the field of vibration management and earthquake-critical infrastructure assessment [...] assessment, the AIT is an internationally renowned partner for dynamic tasks in the areas of risk assessment and complex modelling of structures. Numerical calculations are an important tool for predicting the [...] anical situations, also in combination with model updating from in-situ measurements: Transient dynamic simulations (traffic crossings, earthquake time courses, aerodynamic loads etc.) Impact calculations
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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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Diversity
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AIT employees at different stages in their careers are working together, creating a diverse and dynamic work environment. Whether they are interns, Master students, PhD students, scientists, research engineers
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Social Distancing
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Previous element Next element "The movements of people as individuals, in groups, or even in crowds are dynamic, making it difficult to predict what implications different actions will have," Seer said. But with
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Managing Directors
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and technology development at a top international level. Andreas Kugi (55) is Professor of Complex Dynamic Systems at the Automation and Control Institute (ACIN) at TU Wien and, together with Andreas Vrabl
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Mapping Digitalisierung
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digitization of all areas of life is a key challenge for business, society and politics. The high dynamics and the disruptive changes that are emerging in many areas require targeted measures from all players
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Green and digital transformation
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and ecological processes. "But you can define certain guard rails between which there is room for dynamic development in which new things can emerge", says the expert. „Transformationen sind immer ein Z
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Digital twin for industrial plants
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An essential point for the economic use of resources is digitalization, i.e. an electronic and dynamic recording of the process. The interplay of the temporal course of the energy demand of a process
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Stationary Storage Development
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battery charging, and discharging under full and partial load conditions Measurement of stationary and dynamic MPP tracking efficiency (including EN 50530 tests) Standby and idle consumption Battery: Round-trip [...] load conditions Evaluation of net storage capacity Measurement of battery losses Control System: Dynamic control behavior (step response) Control system accuracy (steady-state error) Further solutions for
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Design of Responsive Mobility Systems
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Station", To appear in: Proceedings of the 9th International Conference on Pedestrian and Evacuation Dynamics (PED2018), Lund, Sweden, August 21-24, 2018. ( link ) P. Fröhlich, A. Millonig, L. Diamond, M. Gruber [...] M. Wunsch, S. Seer, A. Stibe, C. Dai, K. Schechtner, and R.C.C. Chin, "Gamification and Social Dynamics Behind Corporate Cycling Campaigns", In: Transportation Research Procedia, Volume 19, DOI: 10.1016/j [...] Wunsch, A. Stibe, A. Millonig, S. Seer, R. C. C. Chin and K. Schechtner, "Gamification and Social Dynamics: Insights from a Corporate Cycling Campaign", In: Proceedings of the 18th International Conference
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DEEB-INFRA
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resilient railroad infrastructure, explains Alois Vorwagner, Thematic Coordinator for Structural Dynamics & Life Cycle Engineering at the AIT Austrian Insitute of Technology: "The extrapolation model co- [...] 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 Project partners
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