A R C H I T E C T U R E P O R T F O L I O
KO R OV E S I A R T E M I S
2021
A Let’s meet! B
Architectural work
C Photography
ALet’s meet! Hello, my name is Artemis. I am a passionate, recently graduated architect from the Architecture Department of Patras in Greece. I love constructive discussions and creative design. I can be lost in detail but I like managing large scales. I am interested in using more efficient ways to “built” a self-efficient and sustainable future through architecture. I believe in architecture that can be closer to nature and our past while satisfying our current needs. That’s why workshops concerning natural construction, sustainability and rehabilitation are my thing. As a highly skilled French speaker, I have lived in France for six months for Erasmus+. Other personal high skills are hand sketch and programs like Revit, AutoCAD, Rhino, Lumion, Adobe Ps/Il/Id and more. I can work hard if needed and even more when I love the project. I believe in continuous learning and evolution despite the difficulty of the process that brings us face to face with our inner self. CONTACT
Address: E-mail: Mobile: Birth: Nationality: Driving License: LinkedIn:
18, Kyprou street, 26441, Patras, Greece korovesi.artemis@gmail.com (+30) 6981811054 03.11.1996 Greek Yes www.linkedin.com/in/artemis-korovesi-architect/
WORK EXPERIENCE
Architectures OU
04/2020-Today Architect, Team member Remote .. Produce construction documents of different project phases in Revit .. Use of AutoCAD, Lumion, Illustrator, Ps, InDesign, Sketch .. Produce 3D modelling and Rendering files .. Brainstorming for new ideas|Research for project concepts .. Discussions for better collaboration and project management .. Produce diagrams, sketches and presentation documents for the clients and promotion .. Communication with manufacturers .. Accustomed to remote working, collaboration and remote application tools
Archray
Architectural Designer, Freelancer Patras, Greece .. Produce construction documents of a hotel in Revit .. Presentation documents for the clients .. Use of AutoCAD, Lumion, Sketchup, Illustrator, Ps, InDesign, Sketch. .. Produce 3D modelling and Rendering files .. Detail-Solving INTERNSHIPS
Grigoris Koutropoulos (Boulouki Co-Founder) - Internship Intern Architect Patras, Greece .. Restoration projects .. Discussion and brainstorming through sketches .. Contribution to Roman Odeon Survey .. Use of AutoCAD, Ps, Sketch and Rhino 3D .. 3D modelling and collages
Christian Gaignol
Architect Assistant Clermont-Ferrand, France .. AutoCAD design support .. Discussion on materials .. Documentation
07/2020-Today
07/2019-09/2019
07/2017
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EDUCATION
Integrated Master
07/2014-10/2019 Architecture Department of University of Patras, GPA 8.95/10 Diploma Thesis: En Patrais (In Patras): A Proposal for regeneration in 3 scales (Historical Centre Rehabilitation)
PROGRAM SKILLS
Autocad 2D Rhinoceros Lumion
Erasmus+ Studies
03/2017-07/2017 Ecole Nationale Supérieure d’Architecture de Clermont-Ferrand (ENSACF ) POST-GRAD EDUCATION
Photoshop
11/2020-Today The design process with technical details in order to turn the current energy consumption of our building into a zero-energy consumption. EdX online Course, TU Delft (25 hours) Different clay techniques and earth architecture restoration. Online Conference, Piloiko team, Chania, Crete
03/2021-04/2021 3-day online training, CV & LinkedIn Building, Interview Workshop, Mentoring, Presentation skills, Project and time management, Adaptability, Creativity,16 hours of LinkedIn Learning Powered by Regeneration and LinkedIn Learning
Ambiances, Tomorrow
09/2016 “Entyposis” : A project on how different people imagine and “draw” images by reading narratives. Participation as a member of a student team on behalf of the University of Patras Architecture Department of the University of Thessaly and InternationalAmbiances Network (www.ambiances.net)
LANGUAGES Greek English French Turkish
[Native] [C2, Excellent knowledge] [ C2, Excellent knowledge] [A1, Basic knowledge]
Illustrator Indesign Sketch
02/2021-03/2021
Soft skills learning path
CONFERENCE
SketchUp
Zero-Energy Design: an approach to make your building sustainable
Building with clay
Revit
Vextractor ArcGIS SOFT SKILLS
Hard Working Fast Learning Detail-Oriented Team Spirit Deep Research if needed
Emotional Intelligence Project Management basics Social, Calm & Positive Trying to be Low-Waste Enthusiastic
GENERAL INTERESTS
Dancing
Sketch|Drawing
Nature
Photography
Cooking
Piano
Traveling
Cycling
Languages
Singing
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WORKSHOPS
Natural Team Building - Training Erasmus+ 05/2020 (10 days) Course for youth workers, Alcaniz, Spain (Ropes, Solar drier, Solar oven, Seeds. We organized the activity “arc made of earth bricks”), Fundacion para el desarrollo social
VOLUNTEERING
Valuation of the image of the historic centre of Patras
Architecture Team Research, 2018-2020, Patras, SANA (Society of the Architects of Achaia Department)
Natural construction
Reappearances
08/2019 (4 days) Rahes, Fthiotida, Greece (Cob, Earth and Straw, Wattle and Daub, Natural Plaster, Natural Paints), re[F]used Architects” and “Initiative for sustainable development” (cob .gr)
Preservation of the traditional building techniques| Restore an old stone path, Zagorohoria, Greece, Boulouki training
For the natural construction and the alternative approach of restoration
drainage
08/2020 (1 Week)
traditional construction
06/2018 (1Week) Volos, Greece (Presentations on clay and sustainability, building with natural materials), SADAS-PEA
Earth Pavillion
09/2017 (1Week)
Arta, Greece (Tensegrity, Rammed earth, Building technology), Boulouki
Ecoweek 15-year anniversary virtual exhibition
Design of the central space, pavilions exhibition’s narrative (10 weeks). Digital construction, VR digital models in Spoke in Hubs by Moz://a. ,2020, Remote, ECOWEEK
tensegrity
ABROAD
cob
rammed earth straw with clay wattle and daub
wooden bench
earth bricks solar drier
2012|Montendre (Le début de la semaine européene) 2012|Istanbul (Educational Trip) 2015|Venice, Vicenza, Verona (Educational Trip) 2016|Barcelona (Educational Trip) 2017|Clermont-Ferrand,Paris, Lyon (Erasmus+) 2018|New York-Boston (Educational Trip) 2019|Tokyo-Kyoto-Osaka (Educational Trip) 2020|Alcaniz (Erasmus+ Training for young workers)
soil analysis ropes
6
BArchitectural work 01. EN PATRAIS (IN PATRAS) | Diploma Thesis - Historical centre rehabilitation 02. ASTYTROFIA (CITY-FEEDING) | Re-use 03. GUESTHOUSE|RESTORATION | Restoration 04. AN ORGANIC COFFE HOUSE | Building Technology 05. SOCIAL HOUSING IN ANO POLEMIDIA | Competition, 2nd prize
EN PATRAIS (IN PATRAS): A PROPOSAL FOR REGENERATION IN 3 SCALES • • • • •
HISTORICAL CENTRE REHABILITATION URBAN DESIGN SUSTAINABILITY NATURAL CONSTRUCTION DIPLOMA THESIS, 2019
01 8
RESEARCH OF THE ACTUAL SITE HISTORY OF THE CITY Patras is the third-largest city in Greece. Its history dates back to 3.000 b.C. Its place in the Peloponnese region is very privileged as it stands expanded between the mountain and the sea. Patras’ historical centre consists of two parts: the upper town (ancient city with the acropolis, which later became fortress up to the present day) and the downtown ( of which the first urban plan was in 1828).
STUDY AREA The present thesis deals with the current state of the historical area of Patras’ fortress (upper town) and its revival. Our study area seems like a vernacular, anarchically and densely structured neighbourhood, spread on the castle hill, following large slopes. The urban diffusion over the years was illegal but so expanded that the two significant monuments of this area (the fortress and the old hospital) have incorporated into the whole landscape of urbanism.
1867
1831
1864
1885
1943
1970
Houses Empty sites Abandoned buildings Ruins Under construction Churches Parks Monuments Restaurants School
City of Patras
9
Fortress
The Fortress of Patras was built during the Byzantine period by Justinian. The ruins of the temples of the Acropolis were used for its construction.
The old hospital
An abandoned place. The once beautiful patio is now neglected. The neoclassical facade, designed by Hansen in 1872, is hidden behind vehicles and fences.
UPPER TOWN
Use of land
Tritaki Settlement
Product of an “informal spread” of urban fabric around the castle hill which was later incorporated into the city plan as Tritaki settlement.
DOWN TOWN
Current state.
10
Fortress The Fortress of Patras was built during the Byzantine period by Justinian. The ruins of Acropolis’ temples were used for its construction. Over the years it has been repaired repeatedly due to many forays. A very interesting fact is that the fortress was surrounded by a fosse which was later covered to build the Old hospital on the South and some houses on the North.
The old hospital The old hospital building is currently used for cultural events, various municipal activities, workshops, exhibitions and more. However, it seems like an abandoned place, since many rooms remain locked, the once beautiful patio is now neglected and the neoclassical facade, designed by Hansen in 1872, is hidden behind parked vehicles. Moreover, the steep slope of the terrain combined with multiple additions through the years has led to a variety of forms.
11
Tritaki Settlement The first urban plan for Patras was made in 1828 by Voulgaris. It included both the upper town and the downtown. Afterwards, there were many reviews of that plan. Initially, the area around the fortress, as a protected area, was not included in the plans. Gradually an “informal spread” of urban fabric began around the castle hill and was later incorporated into the city plan as Tritaki settlement. The expansion of the settlement continued till reaching the castle’s walls. Today the settlement has a romantic character, a small scale in contrast with the rest tough city, its inhabitants are old, middle-aged men and the main use of land is housing.
A
B
Section A-A
Section B-B An example of one of the most abandoned parts of the neighbourhood, we are going to redesign.
A
B
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A space that we are going to use for connecting the museum with the fortress.
An example of one of the most abandoned parts of the neighbourhood, we are going to redesign.
PROBLEMS TO SOLVE
A monument, which we will turn into a city museum.
Current state.
•
The uptown to downtown connection is difficult, mainly for the older people, who are the majority of inhabitants.
•
There is no market place, restaurant or coffee shop in the region.
•
The parking and the circulation inside the neighbourhood is a mess.
•
The roads are in a bad state.
•
The dense construction has suffocated the fortress and the historic area around it.
•
The scale of the two-storey house settlement has been altered, because of post-war off-scale constructions.
•
The whole area seems abandoned despite its great historical value. 13
The “mid-space construction”
The “Neighbourhood”
REHABILITATION OF THE HISTORIC CENTRE CONCEPT Our proposal aims to treat the whole area as a unity, taking into account all the structured and unstructured environment, trying simultaneously to respect what was already there and reconsider it. At the same time, a significant point is to reconnect this historic region with the rest of the city and make it easier for any social group to access.
The proposal of the historical area’s revival is evolved in three scales. Scale of: a. the city(1: 5.000), where a public transport route is created, stopping by the important existing monuments of the historic centre, including the fortress, the most significant among them. b. the area(1: 2.000), where a park area around and inside the castle is designed and
The city museum
c. the point interventions(1: 250), where a part of the existing “neighbourhood” is re-designed, the old hospital is converted into a city museum, and a connecting middle-space construction is proposed between the new museum and the fortress. Rehabilitated
14
Reinstatement of a part of the fosse, based on some existing leftovers.
Parking area for the visitors.
Monumental entrance.
Configuration of the Water as a remembrance inner space. It can of the Roman aqueduct. be used as a park or exhibition extension of the new city museum.
Configuration for a smoother ascent on the hill. The main entrance to the upper town.
Another important entrance to the upper town.
religion monument
roman odeon
The “Neighbourhood”
The “mid-space construction”
The city museum
Rehabilitated
15
Point intervention #01:
The “Neighbourhood” 16
Observatory for a new view of the town.
A
A
Small park for the meeting of the neighbours.
Restoration as a guest house and extensions.
Conservation of the existing building and its use.
B
B
17
A
A
Restoration and turned Parking only for the into a local market place, local inhabitants. café and restaurant.
B
B
18
Section B-B HOUSE UNIT 01
•
IMPORTANT POINTS Avoiding the gentrification in the region and conserving its character as “neighbourhood”. • Hosting of visitors is welcomed but under limits. • Scale resetting • Eco-friendly materials • Make the settlement working as a unity.
HOUSE UNIT 02
Section A-A
existing framework
19
Section C-C
Facade
Point intervention #02:
The City Museum 20
C 1. Reception 2. Administration 3. Ancient|Roman Patras 10
9
4. Medieval-Byzantine Patras
WC
1
11
WC
WC
5. Fortress
WC 12
6. Ottoman Empire|Liberation 7. Urban plans’evolution
WC
11
8 14 1
8. Old hospital’s history 7
9. Patras’ ports|Lighthouse|Raisin 10. Church
12
6
11. Study room
14. Outdoor café
11
5
12. Café|Bar 13. Events|Temporary Exhibitions
13
15
4
2
13
2
3
11 WC
1
15. Ruins from ancient Acropole, spread inside the Castle for the time being. C
WC
13
Point intervention #03:
The mid-space construction 22
D
E
Section E-E
E IMPORTANT POINTS •
An introverted structure inspired by the logic of castle construction.
•
This connection allows the museum and the castle’s interior to function together as a unified cultural space if it is needed so.
D
Section D-D 23
24
25
ASTYTROFIA (CITY-FEEDING) • • • • • •
REUTILISATION OF A CITY BLOCK RE-USE URBAN DESIGN INDUSTRIAL DESIGN DYSTOPIAN ARCHITECTURE AFTER THE BLOCK, 2018
02
CONCEPT-WHAT IF A CITY BLOCK TURNED INTO A MEAT PROCESSING UNIT? Our proposal concerns the reuse of a building block to install a meat processing unit. The unit can and does lie within the urban fabric, as it concentrates all stages of production within a particular space. The complex includes: 1. Stables that host cows 2. Milking units, dairy, 3. Slaughterhouse and 4. Warehouses They are all connected by a system of automated moving corridors. Thus the various parts function as a whole. In addition to these productive departments, the complex includes: 5. Offices and 6. System of biological burners, which burns the unit’s waste and generates energy. Apart from them, the same complex is promoting its products to consumers, as it contains: 7. Market and 8. Restaurant, on the first floor. On the ground level of the complex, there is a small park. This park is connected through a glass tube corridor with an overview coffee shop on the 6th-7th floor. By walking inside this tube unique views of the complex are available.
Phase 01 - Today
Phase 02 - After abandonment
Phase 03 - Only the concrete framework 27
Coffee house 5
Glass tube corridor connects the park and the coffe house, givng specific views of the internal processes. 2 1
Storage Administration
3
The main unit 4 of production including: 1. Slaughterhouse 2. Meat process 3. Dairy process 4. Market 5. Coffee house Restaurant
Stables Block of appartments
Phase 04-The meeting process unit and its future surroundings. 28
ADMIN
STOCK
APPARTMENTS
DAIRY
STABLES
First Floor 29
Slaughterhouse
Glass Tube Corridor
Ground-Floor Market
30
Perspective Section
GUESTHOUSE-RESTORATION • • • • •
RESTORATION OF ZIARA’S HOUSE BUILDING TECHNOLOGY HERITAGE LANDSCAPE DESIGN SPECIALIZED PROJECT, 2018
03 32
33
DECK
BACKGROUND The building that we studied is at Pentalof of Kozani, the most significant village of Mastorohoria in Kozani.
DECK
It is almost entirely a stone-built village. It has been declared a traditional settlement and its inhabitants were renowned builders. One of its famous stone-built houses is the subject of our study.
GREENERY GREENERY
CONCRETE FLOOR
POOL
CONCEPT OF RESTORATION
Masterplan
The proposal aims to: 1. Minimize interference with the building’s elements, which are still in a sustainable state.
KITCHEN STORAGEWINE CELLAR
RECEPTION
2. Use reversible techniques for a sustainable, enjoyable and functional building in line with modern needs without losing its historical value as a presumption.
BREAKFAST
Except for the four restrooms, there are also some mid-spaces for relaxing and reading. On the ground floor, there is a kitchen, a cave for stocking the alcohol and the reception.
BEDROOM
BATHROOM
The surrounding area of the building divided into zones of different materials. Outdoor, there is a room extension made with modern materials such as plywood and metal. The exterior of this extension includes a barbecue for the public. The guest house communicates with the outside room via a wooden deck. This deck leads to a new opening in the east wall of the kitchen.
KITCHEN
LIVING AREA
34
Ground Floor Plan 0 1
5M
DETAILED SECTION
A new staircase with metal ropes as railing ROOM
ROOM
Conservation of the existing traditional storage
Conservation of the existing furniture
LIBRARY RELAX AREA ROOM
New wooden floor
ROOM
STORAGEWINE CELLAR
RECEPTION
KITCHEN
Section
Roof covering with slates 1cm. Stone stapling Old windows replaced with similar contemporary ones.
Fixed wattle and daub wall.
Maintenance of the existing courtyard door.
The extension
Front Facade 0
1
5M.35
Roof covering with slates 20mm. Water vapour barrier 2mm.
Wooden beam 80x50mm.
Metal frame for covering the concrete.
Thermal insulation 50mm. Wooden planks 1400x200x20m.
Groove 30mm
Wooden frame 50x50mm Groove 20m. Wooden framework
Metal frame for covering the concrete.
Concrete frame for supporting the door’s metallic one.
Wooden planks of fir tree 80x200x300mm
Wooden deck planks 80x1000x50mm
Bolt for supporting the metal frame on the concrete.
Metal frame for covering the concrete.
Tongue and groove joinery for higher stability
Wooden beams 80x 50mm. Wooden deck planks 100x80x50mm.
Detail Section
Detail of the new opening: wooden door in a metal frame.
36
Kitchen and Breakfast Area 37
Wooden planks 250x 350 mm Thermal insulation 50mm
Wooden beams 80x120mm
IPE 180x91mm
The extension 0 20 40
100cm.
INTROVERTED COFFE HOUSE • CONSTRUCTION DETAILING • SUSTAINABILITY • BUILDING TECHNOLOGY, 2018
04 39
CONCEPT The main element of this coffee house is its atrium. Despite the strict organization of the rest building, the patio has an organic form and free configuration. From the outside, the building seems introverted. On the contrary, inside the building, light diffuses naturally from the patio and makes the space very extroverted. The construction has a metal framework and wooden coatings. The patio, the double-height and the distant facade contribute to the natural lighting and the better ventilation of the interior. The tree of the yard is deciduous. So it can provide shadow and cooling during the summer without preventing the heat from coming in during the winter.
+8.2
1.4
1.5
1.5
1.5
1.5
1.5
1.7
Wooden grooved planks 20x300mm
3.9
Lead sheets 100x55mm Ξύλεπένδυση με σανίδες ραμποτέ 300 x 20
Φύλλα μολύβδου 100 x 55
+6.5
Opening window 80x100mm with hidden frame. Metal framework for supporting the facade.
Μεταλλικές βίδες σύνδεσης σανίδων με τον ξύλινο σκελετό
+5.20 +4.40
Ανοιγόμενο παράθυρο 80 x 100 με κρυφό κούφωμα
Μεταλλικός σκελετός στήριξης όψης Φύλλα κόντρα πλακέ 200 x 170
+2.30 +1.50
Metal wood-screw
Στερέωση όψης με αντιοξειδωτικές ξυλόβιδες
_ +0.00
40
Front facade.
Aρ. Σχεδίου 12
0
1
EΜΠΡΟΣΘΙΑ OΨΗ
4M
STUFF ONLY
E/M INSTALLATIONS
OUTDOOR CAFE ATRIUM
Ground Floor 41
KITCHEN
+8.2
+6.5 +5.9 +5.4
+4.0
+2.9
+0.8 _ +0.00
Aρ. Σχεδίου 09
0
1
Section TOMH A-A 4M
42
Lead sheets 100x55 mm Waterproof 2mm
Lead sheet folding with waterproof.
Concrete slabs
Metal wraping sheet
Facade
Gutter 2%
Insulation 50mm
Hidden lighting Plasterboard false ceiling
Ventilation system Hidden lighting
IPE 20x20mm Groove 100mm
Compressed Section. 0
20
40
100cm
44
Recovery ventilation system through a heat exchanger.
Wi nte r
Solar Panel
Summe r
Ventilation Diagram
Water to water Heat Exchanger Water Circulation
Heat Pump: Heating in winter and Cooling in summer through the same system.
Light and Solar Energy Research
45detail Roof
SOCIAL HOUSING IN ANO POLEMIDIA • • • • • •
TEAM:ARCHITECTURES + PLAINNESS ARCHITECTURE ARCHITECT COOPERATOR: KOROVESI ARTEMIS CLDC AND CYPRUS ARCHITECTS ASSOCIATION HOUSING UNITS: 25 COMPETITION-2ND PRIZE CYPRUS,2020
05 48
soc ial roa dm ove me nt
CORE
CONTAINER IN SHELL CONTAINER IN SHELL
LIVING SPACES
STAIRS & INSTALLATIONS
CONTAINER IN SHELL CONTAINER IN SHELL
NIGHT SPACES
ADDITION OF KITCHEN\LIVING ROOM
pri vat er oa dm ove me nt
ADDITION OF BEDROOMS
HOUSE TYPE WITH 2 BEDROOMS
HOUSE TYPE WITH 3 BEDROOMS
HOUSE TYPE WITH 4 BEDROOMS
HOUSE TYPE WITH 3 BEDROOMS
GREENERY-SPACE OF MEETING AND GATHERING
POSSIBILITY OF ADDING ANOTHER ROOM
Masterplan
CONCEPT Our design aims to a new residential core with a set of specific features. It organizes a community in which residents interact with each other and with the natural environment. The study promotes co-ownership and interaction with the creation of the inner courtyard. The purpose is to create the appropriate infrastructure which will serve the needs of the permanent residents of the complex and the general up49 grade of the area.
Section A-A
N
Ground floor plan
Section B-B
INTERACTION WITH THE ENVIRONMENT The location of the houses was determined by the topography, the surrounding area, and the orientation of the plot. The buildings are designed and positioned to collect the maximum sunlight when needed (winter) and avoid it when it is not (summer). Planting has a decisive role, which acts as a light and air filter which filters the air and regulates the light while at the same time giving a feeling of coolness in the living spaces. Respectively, deciduous and evergreen plants are selected, so that the green is maintained throughout the year and enhanced in summer to create the appropriate lighting conditions. STANDARDIZATION OF UNITS: LOW BUDGET- MULTIPLE RESULTS The central idea is a semi-autonomous community that lives as a group and privately within a larger urban fabric. They can meet their food needs by growing in communal gardens. There are rainwater collection areas so that irrigation needs are met by the tanks and not by the water supply network. The provision of a series of communal functions at the various levels was our condition for socializing.
HOUSE TYPE WITH 2 BEDROOMS
GROUND FLOOR PLAN
FIRST FLOOR PLAN
POSSIBILITY OF ADDING A ROOM
HOUSE TYPE (A) WITH 3 BEDROOMS HOUSE TYPE (B) WITH 3 BEDROOMS
GROUND FLOOR PLAN
GROUND FLOOR PLAN
FIRST FLOOR PLAN
FIRST FLOOR PLAN
POSSIBILITY OF ADDING A ROOM
POSSIBILITY OF ADDING A ROOM
HOUSE TYPE (C) WITH 3 BEDROOMS
GROUND FLOOR PLAN
FIRST FLOOR PLAN
HOUSE TYPE WITH 4 BEDROOMS
GROUND FLOOR PLAN
FIRST FLOOR PLAN
POSSIBILITY OF ADDING A ROOM
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SEMI-AUTONOMUS COMMUNITY The location of the houses was determined by the topography, the surrounding area, and the orientation of the plot. The buildings are designed and positioned to collect the maximum sunlight when needed (winter) and avoid it when it is not (summer). Planting has a decisive role, which acts as a light and air filter which filters the air and regulates the light while at the same time giving a feeling of coolness in the living spaces. Respectively, deciduous and evergreen plants are selected, so that the green is maintained throughout the year and enhanced in summer to create the appropriate lighting conditions.
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CPhotography
01. Admiring the painting Tokyo, Japan
02. Art Nouveau vs Motion Thessaloniki|Greece
03. Saint-Pierre Monmarte|Paris
04. Grand-père Patras |Greece
05. Freezing Aristi|Greece
THANK YOU
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