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  • Δορυφορικές Εικόνες
    Κυκλάδες Πρόγν Ποιότ Αέρα Μεσόγειος Διαδραστική Πρόγν Καιρού Κύματος Ευρώπη Μεσόγειος Παρών Καιρός Δορυφορικές Εικόνες Παρατηρ Εδάφους Παρατηρ Αεροδρομίων Ραντάρ Ενεργά Προγράμματα MARINA WAUDIT MOONGOOS NORWAY IRPWIND Ολοκληρωμένα Προγράμματα Αρχείο Δορυφορικές Εικόνες EUMETSAT crati it ssec wisc edu knmi nl wind met fu berlin de www sat24 com Copyright 1995 2010 Ομάδα Ατμοσφαιρικών Μοντέλων Πρόγνωσης Καιρού Ο χρήστης αναλαμβάνει εξ ολοκλήρου με δικιά του ευθύνη την οποιαδήποτε χρήση των δεδομένων

    Original URL path: http://forecast.uoa.gr/greek/satel.php (2016-02-13)
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  • Surface Observations
    Θάλασσα Κυκλάδες Πρόγν Ποιότ Αέρα Μεσόγειος Διαδραστική Πρόγν Καιρού Κύματος Ευρώπη Μεσόγειος Παρών Καιρός Δορυφορικές Εικόνες Παρατηρ Εδάφους Παρατηρ Αεροδρομίων Ραντάρ Ενεργά Προγράμματα MARINA WAUDIT MOONGOOS NORWAY IRPWIND Ολοκληρωμένα Προγράμματα Αρχείο Παρατηρήσεις Εδάφους Περιοχή Ελλάδα και Αν Μεσόγειος Κεντρική Μεσόγειος Δυτική Μεσόγειος Ηνωμένο Βασίλειο Κεντρική Ευρώπη Σκανδιναβία Αφρική Copyright 1995 2010 Ομάδα Ατμοσφαιρικών Μοντέλων Πρόγνωσης Καιρού Ο χρήστης αναλαμβάνει εξ ολοκλήρου με δικιά του ευθύνη την οποιαδήποτε χρήση των δεδομένων

    Original URL path: http://forecast.uoa.gr/greek/metar.php (2016-02-13)
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  • Radars
    Adriatic Sea Black Sea Cyclades Air Quality Forecast Mediterranean Interactive Forecast Weather Wave Europe Mediterranean Current Weather Satellite Images Surface Observations Airport Observations Active Projects MOONGOOS NORWAY IRPWIND MedSea BlackSea Finished Projects Archive Radar 3dsa Copyright 1995 2012 Atmospheric Modeling Weather Forecasting Group The user assumes the entire risk related to its use of this data AM WFG is providing this data as is and AM WFG disclaims any and

    Original URL path: http://forecast.uoa.gr/radar.php (2016-02-13)
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  • Active Projects - POSEIDON
    material sizes and weights platform dimensions component specifications and other relevant factors This will allow the resultant new multi purpose MRE platform designs validated by advanced modelling and tank testing at reduced scale to be taken to the next stage of development which is the construction of pilot scale platforms for testing at sea Recognising the complexity of the challenge and the significant development risks MARINA is primarily a research project focused on the longer term benefits and synergies of integrating deep water wind and ocean energy However its progress will be greatly assisted by the ambition of industrial Partners Description of work MARINA Platform project activities are organized in 9 work packages including project management and dissemination activities Work package 1 Overall methodology and management Objective to establish an overall methodology in order to manage the communication and data flow between partners and work packages and to assess the progress towards the objectives of the project and towards results Work package 2 Site Assessment and Monitoring Objective to establish criteria for identifying suitable sites for the deployment of deep offshore renewable energy platforms and use these criteria at suitable test locations determine the design criteria for deep offshore multi purpose platforms Work package 3 Concepts Identification Objective to establish criteria for the viability of concepts that integrate conversion of wind and wave current energy and apply these in the identification of novel concepts as well as to develop and assess novel concepts of wave and wind energy converters Work package 4 Synthesis modelling and testing Objective to develop methodologies for dynamic analysis of integrated wind wave and wind current energy conversion systems including structure and energy conversion as well as develop and validate tools for dynamic analysis and assess the performance of novel concepts identified under WP3 Work package

    Original URL path: http://forecast.uoa.gr/proj_marina.php (2016-02-13)
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  • WAUDIT
    the art on wind resource assessment at industrial level A technical audit of current standard methodologies will determine the point of departure of each research project Then the aim of each research project will be to propose new techniques of added value to the industry in order to reach a new level of standardization of methodologies closer to the state of the art that can be found at academic level The step ahead which is foreseen at industrial level implies the migration from traditional measurement and numerical modelling techniques applied at engineering level to more advanced tools requiring higher levels of professional training in multidisciplinary fields such as instrumentation Meteorology Computational Fluid Dynamics CFD and data processing In this sense one of the roles that each fellow will play in his her interaction with the industry will be to act as educator in order to demonstrate that this step is worth taking As a result the industry will have a better knowledge of the advantages of renewing standard methodologies and will increase the demand on specialized professionals who can implement these new techniques at industrial level In this context the career prospects of the ITN fellows will be excellent both at industrial and academic levels Scientific Objectives The overall project is divided in six thematic areas or work packages covering all the relevant aspects of the wind resource assessment WP1 Advanced measurement techniques WP2 Micro scale numerical modelling WP3 Micro scale physical modelling WP4 Multi scale wind conditions assessment WP5 Offshore Meteorology WP6 Quality assurance of wind resource assessment models Figure 1 WAUDIT work packages with network partners and associated industrial partners WP5 centralizes the scope of the project Audit and Standardization Each work package and project is identified with a tool or technique which is the object of development of a number of research projects that will be offered to the research trainees The main objectives of the research program can be summarized as follows Decrease measurement uncertainties with advanced measurement techniques based on LIDAR and sonic anemometry with respect to conventional anemometry based on cup anemometers and wind vanes Improve numerical models for wind resource assessment on complex terrain and offshore based on CFD with respect to linearized models only suitable in flat homogeneous terrain Improve regional available wind potential assessment wind mapping with the aid of meteorological models of different spatial temporal scales Simulate stochastic winds and improve turbulence models for atmospheric flows and wind turbine wakes under various atmospheric and topographic conditions Carry out a comprehensive characterization of extreme winds at different atmospheric scales Determine the potential of using wind tunnel modelling as a complementary tool to field testing for site calibration and validation of numerical models Construction of field and wind tunnel experimental databases for validation of numerical models Characterization of the particular wind conditions of complex terrain and offshore environments Benchmarking of all the different wind resource assessment techniques Determine the range of application of each one through a cost versus uncertainty analysis Training

    Original URL path: http://forecast.uoa.gr/proj_waudit.php (2016-02-13)
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  • Ενεργά Προγράμματα - MOON
    Μεσόγειος Διαδραστική Πρόγν Καιρού Κύματος Ευρώπη Μεσόγειος Παρών Καιρός Δορυφορικές Εικόνες Παρατηρ Εδάφους Παρατηρ Αεροδρομίων Ραντάρ Ενεργά Προγράμματα MARINA WAUDIT MOONGOOS NORWAY IRPWIND Ολοκληρωμένα Προγράμματα Αρχείο MOON Meditteranean Operational Oceanographic Network more details Consolidation of the Meditteranean Operational Oceanographic Network MOON core services in support to climate change monitoring and assesment MOON4CLIMATE Copyright 1995 2010 Ομάδα Ατμοσφαιρικών Μοντέλων Πρόγνωσης Καιρού Ο χρήστης αναλαμβάνει εξ ολοκλήρου με δικιά του ευθύνη την

    Original URL path: http://forecast.uoa.gr/greek/proj_moon.php (2016-02-13)
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  • Ολοκληρωμένα προγράμματα
    Εικόνες Παρατηρ Εδάφους Παρατηρ Αεροδρομίων Ραντάρ Ενεργά Προγράμματα MARINA WAUDIT MOONGOOS NORWAY IRPWIND Ολοκληρωμένα Προγράμματα Αρχείο Ολοκληρωμένα προγράμματα DIAVLOS POSEIDON POWWOW Μετεωρολογική Υποστήριξη Ολυμπιακών Αγώνων Αθήνα 2004 Η ΟΑΜ ΠΚ παρείχε μετεωρολογική υποστήριξη για τους Ολυμπιακούς Αγώνες του 2004 Περισσότερες πληροφορίες θα βρείτε εδώ here SUB AERO NHREAS ADIOS UNDP MAMCS CARL AUTOHAZARD MERCYMS ANEMOS MFSTEP ENVI WAVE ESPEN INSEA MADEPODIM ELGA CIRCE Copyright 1995 2010 Ομάδα Ατμοσφαιρικών Μοντέλων Πρόγνωσης

    Original URL path: http://forecast.uoa.gr/greek/oldproj.php (2016-02-13)
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  • Group Member - George Kallos
    PhDs finished 10 Member of PhD Reading Committees 19 Number of projects externally funded 78 Principal Investigator in 63 Related professional experience Contribution in research projects Participation in 74 research projects in Greece Europe and USA funded from various agencies NSF NASA NCAR EPA EPRI EU DGXII EU DGXI EU Environment IBM different Greek Ministries Agencies Private Companies etc In 60 of them as Principal Investigator Consulting in different agencies in Greece and USA Consulting for the Olympic Games Athens2004 for subjects related to high resolution weather forecasting Consultant of International Organizations Distinctions IUAPA International Union of Air Pollution Prevention Association award of the Union s highest honor August 2004 for the work related to long range transport of air pollutants in the Mediterranean Region Member of the Scientifc Sterering Committee of the World Meterorological Organization WMO for the Sand and Dust Stroms Regional Center for Europe and Mediterranean Member of the Scientific Steering Committee of the Mediterranean Operational Oceanographic Network MOON Young research EURASAP Award to the PhD student guided by me Marina Astitha in recognition of the paper presented at the 29th ITM Conference entitled Heterogeneous chemical processes and their role on particulate matter formation in the Mediterranean Region September 2007 Young research EURASAP Award to the PhD student guided by me Stavros Solomos in recognition of the paper presented at the 31st ITM Conference entitled Effects of airborne particles on cloud formation and precipitation A modeling study September 2010 Other professional work National Representative for the COST programs 710 615 616 617 Associate Editor of the journals Environmental Fluid Mechanics Journal of Atmosphere Ocean System Advances in Meteorology Atmospheric Pollution Research Journal of Aerospace Operations Member of the editorial board for the journals The Journal of Atmosphere Ocean Systems Journal of Atmosphere Ocean System Environmental Fluid Mechanics

    Original URL path: http://forecast.uoa.gr/cv_kallos.php (2016-02-13)
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