DOCSLIB.ORG

Full Table of Projects

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Full Table of Projects CATEGORY 2: URBAN PLANNING and URBAN DESIGN PROJECTS TABLE 2.1 URBAN DESIGN PROJECTS COMMISSION CONSTRUC PARTICIPA a/n PROJECT STUDY A K K ASSOCIATES CLIENT TION TION (%) EUROPAN - 3, Competition. Hellenic Ministry for the Environment, "At home in the city. 2.1.1 Physical Planning & 1994 50% Μ.Katsaros 50% Urbanising Residential Public Works, Areas", Pyrgos - Hellas EUROPAN First Prize ΕUROPAN- 4, Competition . "Constructing the town Hellenic Ministry for upon the town / The the Environment, Μ.Katsaros 20% 2.1.2 periphery of Gorlitz - Physical Planning & 1996 60% S.Boutis 20% Zgorzelec", Public Works, Bundesrepublik EUROPAN Deutschland -Polska Participation Development Project Riken Conceptual Design Organising Yammamoto,Design Competition for the Committee of the 1999 2.1.3 7,5% Company ltd, Arata Olympic Village of Athens Athens 2004 2000 Isozaki and Olympics TM Associates & Field Shop, S.Boutis 2.5% Participation Architectural and Urban Design project for the The Municipal Reconstruction of 14 Development 2000 2.1.4 S.Boutis 25% building plots in the Enterprise of Ano 2001 Municipality of Ano Liosia Liosia Final Study Final Study for the The Municipal Reconstruction of the Development 2.1.5 2002 75% S.Boutis 25% Yannoulas Stream Enterprise of Ano Liosia Final Study Advanced Preliminary Study for the Municipality of Development of Platanos Akrata Municipal 2.1.6 2003 60% S.Boutis 40% Settlement, Municipality of Enterprise of Akrata, Ahaia Prefecture Tsivlos Preliminary Study Unification and Rejuvenation of Ioannina Municipality of 2.1.7 Town Centre Public 2004 65% S.Boutis 35% Ioannina Spaces Participation Development of Platanos Settlement, Municipality of Akrata, within the framework of the Pilot Mouzakitis Van Allen 2.1.8 Implementations action AHAIA SA 2004 30% Zervou 50% S. areas 1, 4, 2 of Boutis 20% the Leader+ Community Initiative Regeneration of Urban Green and Recreation Areas in the Area around Mesogeiaki 2006 2008 2.1.9 100% the Halandri Central Ergoliptiki A.T.E.T.E 2008 2009 Square Design-Constraction Refurbishment of Glyfadas Square on Olgas- 2.1.10 Kefallinias-Peloponnisou- 2012 50% Vasilatos Troodou,in Glyfada. Study in order to exploit the 234 & 235 city blocks, Stasinopoulos 2.1.11 a proposal to amend the 2014 100% street plans. BIOXALKO CATEGORY 6, ARCHITECTURAL DESIGN TABLE 6.1 HOUSING (AND EXTENSIONS) COMMISSION CONSTRUC PARTICIPA a/n PROJECT DESIGN A K K ASSOCIATES CLIENT TION TION Two House Complex in 6.1.1 Thrakomacedones P. Petridis 1993 100% Final Study House in Salamis 6.1.2 M. Papathanasiou 1993 100% Extension Design House in Trikala 6.1.3 Ε. Stergiou 1993 100% Extension Design Guest House & Swimming- 6.1.4 pool on Skiathos T. Dervenis 1993 100% Extention Design House on Kea 6.1.5 P. Kavalieros 1994 100% Preliminary Study House in Glyfada Artemisiou St. 6.1.6 M & F Noula 1994 1994 100% Extension Design - Supervision House in Salamis 6.1.7 T. Papadimitriou 1994 100% Extension Design New-Build 365 m2 Four- Storey/ Three Apartment Residential Building with H. Mouroutis & 1995 6.1.8 70% M. Katsaros 30% basement, on PILOTIS P. Athanasopoulou 1996 Metamorphosis, Athens Final Study New-Build 350 m2 Four- Storey Double Residence 1995 6.1.9 E. & H. Moshou 60% M. Katsaros in N. Filothei 1996 Design Prefabricated Home 6.1.10 Types, 50, 75 and 100 m2 Midwest Co 1995 75% M. Katsaros Preliminary Study New-Build Four Two- Storey House Complex, 6.1.11 750 m2 with basement 3 P. Lazarakou 1996 80% M. Katsaros 20% Papaflessa St. N. Erithrea Design Supervision New-Build Two-Storey 200 m2 with basement in 1996 6.1.12 G. Dariotis 74% M. Katsaros 26% Halandri 1997 Final Study 200 m2 Conversion 6.1.13 of commercial property to I. Manti 1996 75% M. Katsaros 25% residential Preliminary Study Refurbishment of 540m2 Three-Storey/Three Apartment Residential 6.1.14 Building on the corner of K. Mitsigas 1996 80% M. Katsaros 20% Proteos & Afroditis St. in P. Faliro Final Study New-Build Two-Storey House with basement 42 1997 1998 M. Katsaros 20% 6.1.15 M. Michailidou 60% Dimocratias St. Voula 1998 1999 S. Boutis 20% Design - Supervision New-Build 200 m2 Two- Storey House with 1997 Finished M. Katsaros 20% 6.1.16 basement, 3 Ellispontou I. Liapis 60% 1998 1998 S. Boutis 20% St N.Penteli Design - Supervision New-Build 350 m2 Four- Storey/ Four Apartment Residential Building with 6.1.17 basement on the corner of A. Protopappas 1997 65% M. Katsaros 35% Tsamadou & Mavili in Ilioupoli Design Three House Complex in A. Zois & 6.1.18 Penteli 1997 1998 80% M. Katsaros 20% D. Mastori Preliminary Study Refurbishment of Guest Houses and Swimming 6.1.19 Μ. Μammou 15% S. Boutis 85% pool in N. Heraklion Extension Design Four- Storey/ Five Apartment Residential Building on the corner of 10 Mikra Asias & P. 1998 6.1.20 Kalamas in Halandri G. & K. Serelli c 95% S. Boutis 5% 1999 Extension Design of Three Storeys to a single Storey House Design & Supervision 200m2 Holiday Home in 6.1.21 Keratea G. Keramidas 1998 c 95% S. Boutis 5% Design New- Build 150 m2 Two- Storey House with 6.1.22 Ι. Daskalakis 90% S. Boutis 10% basement in Drafi Final Study House in N. Makri 6.1.23 D. Mammopoulos 1998 1999 95% S. Boutis 5% Extension Design 200m2 Holiday Home in 6.1.24 Myconos G. Tzelepis 1999 15% S. Boutis 85% Preliminary Study 200m2 Holiday Home in 6.1.25 Corfu P. Philippidis 1999 15% S. Boutis 85% Preliminary Study 200m2 Holiday Home 6.1.26 Myconos S. Boutis 1999 15% S. Boutis 85% Preliminary Study 2 - House Complex of Self catering Accommodations 6.1.27 P. Kavvadas 2000 95% S. Boutis 5% in Episkopos, Lefkas Final Study Feasibility Study for two sites: 6.1.28 P. Nisianakis 2000 95% S. Boutis 5% Α) Varkiza Β) Elliniko New-Build 540 m2 Five - Storey/ Four Apartment 6.1.29 Residential Building on S.& D. Boutis 2000 2001 c 15% S. Boutis 85% PILOTIS 540 m2 in Voula Design - Supervision New-Build 80 m2 Single Storey House in Pyrgos M. Katsaros 44% 6.1.30 G. Liatsis 2000 52% Ilias S. Boutis 4% Preliminary Study New-Build 270 m2 Two - Storey Holiday House with Blaser Holdings Ltd, 2002 6.1.31 2000 2001 95% S. Boutis 5% basement on Skiathos Danae Tsatsou 2006 Design - Supervision New-Build Two - Storey House with swimming 6.1.32 pool & basement in H Antonopoulos 2001 15% S. Boutis 85% Ag.Stefanos Preliminary Study Two - Storey House A. Diakos- Aghios Stefanos, 6.1.33 Attica Ε. Dragati 2001 c 95% S. Boutis 5% Extension Design - Supervision New-Build 420 m2 Four- Storey Double Residence 6.1.34 G. & D. Bourtzos 2001 55% S. Boutis 45% in Varkiza Final Study 150m2 Holiday Home in 6.1.35 Porto-Rafti D. Mastori 2001 95% S. Boutis 5% Extension Design Renovation of Two Storey House with Basement in 6.1.36 Voula A. Billis 2001 15% S. Boutis 85% 6.1.36 A. Billis 2001 15% S. Boutis 85% Extension Preliminary Design New-Build Two House Complex with Swimming Ν. Florios & 6.1.37 2001 95% S. Boutis 5% pool in Lefkas Ε. Mourelatos Design New-Build Two House Complex with Swimming 6.1.38 Ι. Kapodistrias 2002 c 95% S. Boutis 5% pool in Pikermi, Attica Design - Supervision Legalisation of Single Storey House with Basement; Horizontal Extension of basement and Ground Floor; Vertical Μ. Stouraitis & 6.1.39 2002 c 95% S. Boutis 5% Extension by One Storey E.G. Cooper and construction of swimming pool on Platanos St, Kalivia Beach Design - Supervision Five House Complex with Swimming pool in Finished 6.1.42 V Malovrouvas 2002 95% S. Boutis 5% Malesina Viotia 2008 Design-Supervision Five Storey Residential Building on PILOTIS in Finished 6.1.43 Α. Mavroudi 2002 95% S. Boutis 5% Halandri 2004 Design - Supervision Three House Complex with Swimming pool in 6.1.44 S. Xenikioudakis 2002 95% S. Boutis 5% Syvota, Lefkas Design - Supervision Three House Complex with Swimming pool in 6.1.45 S. Kouniakis 2002 95% S. Boutis 5% Perigiali, Lefkas Design - Supervision Three Storey Apartment Building with Shops at 6.1.46 Ground Level, in the Town S. Grapsas 2002 95% S. Boutis 5% of Lefkas Preliminary Study Ten House Complex in 6.1.47 Ioannina D. & N. Tsompikos 2002 95% S. Boutis 5% Preliminary Study Five Storey Apartment Building with Shops at 6.1.48 Ground Level in P. Maniateas 2002 95% S. Boutis 5% Kessariani Design New Build Two Storey House with basement in 6.1.49 N. Gousgounis 2002 95% S. Boutis 5% Sfentouri Aigina Preliminary Study Horizontal Extension; Guest House and 6.1.50 Ε. Averoff 2002 c 95% S. Boutis 5% Swimming pool in Tsirmokokalo Skiathos New Build Three Storey Residential Building with basement on 9 Tsarouhi 6.1.51 H. & A. Liosi 2002 c 85% S. Boutis 15% Yanni St, O.S. 3, Municipality of Ano Liosia Design New Build Two Storey Building with one Apartment and one Shop Ε. Valeta - 6.1.52 with basement on 20 2002 c 95% S. Boutis 5% Tramountani Kallinikou St, O.S. 3, Municipality of Ano Liosia Design New Build Three Storey Building with Three apartment and basement A. Galaios & M. 6.1.53 on 15 Markou Botsari St, 2002 c 85% S. Boutis 5% Yamarelou O.S. 3, Municipality of Ano Liosia Design Two Two-Storey Houses on PILOTIS with P. Kolokytha basement on 17 Dionisiou Kalimeridou, H. 6.1.54 2002 95% S.
Load more

Recommended publications
  • Developing a Biotic River Typology and Defining Reference Conditions in the Rivers of Greece: a Spatially- Based Approach
    Developing a biotic river typology and defining reference conditions in the rivers of Greece: a spatially- based approach A.N. Economou, S. Zogaris, S. Giakoumi, R. Barbieri & D. Petridis Abstract Developing a biotic river typology and reference conditions are vital components of ecological assessment using fish. In Greece, due to the absence of systematic monitoring data, fish sampling data from previous ichthyological surveys conducted primarily in the southern and western parts of the Hellenic Western Balkan ecoregion (Illies' ecoregion 6) were utilised. These surveys were undertaken for the purpose of fish conservation and were not designed with the prospect of ecological assessments. As a consequence, the sampling methodologies, the site selection criteria, the analytical procedures and the recorded parameters were not in line with the requirements of the WFD. A brief synopsis of the main environmental features of the Greek rivers which indicate a remarkable environmental heterogeneity is presented. Greece is a geographically fragmented mountainous country with a large number of medium and small sized rivers. Most rivers run through narrow mountain valleys that descend abruptly to the coast. Usually a mountain river becomes a lowland river very near its estuary. As a result many small and medium sized rivers have a flashy and erosive behavior and suffer from the lack of lowland riverine habitat. Lowland rivers are usually small; large floodplain rivers are very few, almost wholly restricted to northern Greece. Precipitation is irregularly distributed and hydrology varies remarkably among basins. Semi-arid regions and areas with seasonally arid conditions exist in parts of the south and southeast where localized karstic springs play an important role in enabling perennial water flows.
    [Show full text]
  • Back Matter (PDF)
    Index Page numbers in italics refer to Figures. Page numbers in bold refer to Tables. Acidere Formation 205 Catalina-Rincon Mountains Permo-Triassic evolution 36 Acigo¨l Fault 199 (Arizona, USA) 4 magmatism 39–44 acoustic fluidization 17 Central Anatolide Crystalline Complex metamorphism 36–39 Aegean extensional province 198 sedimentary basins and tectonic map 198 Central Finland Granitoid Complex 229 volcanics 44–47 tectonic setting 197–198, 200 crust detail 242, 245, 246 map 35 Aegean Sea structure interpretation 237, 238 numerical analysis of geological geodynamics 181–183 Central Volcanic Region (New Zealand) evolution geological map 140 74, 79, 81–83 model set-up 47–49 tectonic map 170, 181 chlorite, and fault strength 15 thermomechanics 50–52 Agridi Fault 126, 127, 129, 130, 131 clays, reactions and fault strength 15 numerical and natural data compared Akrata Fault 129 Coastal Fault System 141, 144, 145 52–53 Alasehir detachment 199, 205 collisional modelling 225–226 magmatism 58–64 Alasehir graben 215, 217 continental back-arc systems 73 metamorphism 53–58 Alasehir granitoid 199, 202 conceptual model 74 sedimentary basins and Alpine orogeny 34–36 studies in New Zealand, extension in volcanics 64 Amonton’s Law 11–12, 17 relation to local variables Evciler granitoid 199 Amorgos detachment crustal structure 78–81 Evia 140, 141 geological setting 171–173 extension and arc migration 78 exhumation, factors affecting 179 map 170 extension–rotation relations 78 extension timing of detachment geodetic strain estimates 76–77 and isostasy
    [Show full text]
  • Structural Cross Sections Through the Corinth-Patras Detachment Fault-System in Northern Peloponnesus (Aegean Arc, Greece) N
    Δελτίο της Ελληνικής Γεωλογικής Εταιρίας, Τομ. XXXIV/1, 235-241, 2001 Bulletin of the Geological Society of Greece, Vol. XXXIV/1, 235-241, 2001 Πρακτικά 9ου Διεθνούς Συνεδρίου, Αθήνα, Σεπτέμβριος 2001 Proceedings of the 9th International Congress, Athens, September 2001 STRUCTURAL CROSS SECTIONS THROUGH THE CORINTH-PATRAS DETACHMENT FAULT-SYSTEM IN NORTHERN PELOPONNESUS (AEGEAN ARC, GREECE) N. FLOTTÉ1 & D. SOREL1 ABSTRACT Structural mapping in northern Peloponnesus reveals the emergence of an E-W striking, more than 70km long, low angle detachment fault dipping to the north beneath the Gulf of Corinth. This paper describes four north-south structural cross-sections in northern Peloponnesus. Structural and sedimentological field observa­ tions show that in the studied area the normal faults of northern Peloponnesus branch at depth on this major low angle north-dipping brittle detachment. The southern part of the detachment and the related normal faults are now inactive. To the north, the active Helike and Aigion normal faults are connected at depth with the seismically active northern part of the detachment beneath the Gulf of Corinth. KEY WORDS: rifting, Corinth Gulf, Peloponnesus, detachment normal fault, Pleistocene INTRODUCTION : GEODYNAMIC SETTING AND STRUCTURAL FRAME Some 130 km long and 5 to 20 km wide, the Corinth-Patras rift is the major active transverse structure of the Aegean Arc (Fig. 1). Fault kinematics (Sibrier, 1977), earthquakes focal mechanisms (e.g. Hatzfeld et al, 1996), and satellite geodesy (Clarke et al, 1998) indicate a N0° to 20°E direction of extension. The extension rate increases toward the west (Le Pichon et al., 1994; Clarke et al., 1998): from 0.5cm/yr near Corinth, it reaches 1.5cm/yr near Aigion.
    [Show full text]
  • Download the Course Outline
    Competence Level: N144: Rift Systems, Faulting and 5 Days Skilled Fault-Controlled Sedimentary Architecture: Gulf of Corinth Field Course (Greece) Classroom Elements Instructor(s): Mary Ford and Ed Williams Low Physical Demand Summary This course evaluates rift stratigraphy and structure, the geometry and kinematics of a normal fault network and the facies of selected Gilbert-type fan deltas. Participants will examine fluvial successions, fan deltas and turbidites deposited in an active rift; the controlling factors in delta construction and distribution; geometry, connectivity and growth of a normal fault network; the interaction of surface processes and tectonics in active rifts. This course will primarily be of use in exploration but is also applicable to reservoirs and oil fields in extensional settings during appraisal, development and production. Learning Outcomes Participants will learn to: 1. Assess the tectonic setting and evolution of the Corinth Rift; evaluate the rapidity and scale of the rifting processes compared with other rift systems. 2. Evaluate the geometry, kinematics and evolution of a normal fault system. 3. Understand the evolution of rift stratigraphic architecture in time and space. 4. Assess geometry and sediment infill of an individual fault block. 5. Construct a cross-section through part of the rift. Calculate the heave and throw of faults, individually and cumulatively. 6. Compare and contrast fault block stratal and structural geometries, including syn-sedimentary block tilting and folding. 7. Evaluate the role of inherited palaeotopography in rift basins. 8. Examine a detailed case history of relay ramp evolution and assess its influence on sedimentary input and the location of deltas.
    [Show full text]
  • Rifting and Shallow-Dipping Detachments, Clues from the Corinth
    Rifting and shallow-dipping detachments, clues from the Corinth Rift and the Aegean Laurent Jolivet, Loic Labrousse, Philippe Agard, Olivier Lacombe, Vivien Bailly, Emmanuel Lecomte, Frédéric Mouthereau, Caroline Mehl To cite this version: Laurent Jolivet, Loic Labrousse, Philippe Agard, Olivier Lacombe, Vivien Bailly, et al.. Rifting and shallow-dipping detachments, clues from the Corinth Rift and the Aegean. Tectonophysics, Elsevier, 2010, 483 (3-4), pp.287-304. 10.1016/j.tecto.2009.11.001. insu-00448474 HAL Id: insu-00448474 https://hal-insu.archives-ouvertes.fr/insu-00448474 Submitted on 19 Jan 2010 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. 1 Rifting and shallow-dipping detachments, clues from the Corinth Rift and the Aegean Laurent Jolivet 1,2, Loïc Labrousse 1, Philippe Agard 1, Olivier Lacombe 1, Vivien Bailly 1, Emmanuel Lecomte 1, Frédéric Mouthereau 1, Caroline Mehl 3 1 ISTEP, UPMC-Paris6, UMR 7193, T 46-00 E1, 4 Place Jussieu, 75252 Paris cedex 05 2 Now at: ISTO, UMR 6113, Université d'Orléans 1A, Rue de la Férollerie, 45071 Orléans Cedex 2, France 3 Ecole des Mines de Paris, Centre de Géosciences, 35 rue Saint Honoré, 77300 Fontainebleau France Keywords: Aegean, Corinth, rifting, post-orogenic extension, detachment, Phyllite-Quartzite Abstract : The Corinth Rift is superimposed on the Hellenic nappe stack that formed at the expense of the Apulian continental crust above the subducting African slab.
    [Show full text]
  • The Structures, Stratigraphy and Evolution of the Gulf of Corinth Rift, Greece Brian Taylor, Jonathan R
    The structures, stratigraphy and evolution of the Gulf of Corinth rift, Greece Brian Taylor, Jonathan R. Weiss, Andrew M. Goodliffe, Maria Sachpazi, Mireille Laigle, Alfred Hirn To cite this version: Brian Taylor, Jonathan R. Weiss, Andrew M. Goodliffe, Maria Sachpazi, Mireille Laigle, et al.. The structures, stratigraphy and evolution of the Gulf of Corinth rift, Greece. Geophysical Jour- nal International, Oxford University Press (OUP), 2011, 185 (3), pp.1189 - 1219. 10.1111/j.1365- 246X.2011.05014.x. hal-01399970 HAL Id: hal-01399970 https://hal.archives-ouvertes.fr/hal-01399970 Submitted on 21 Nov 2016 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Geophysical Journal International Geophys. J. Int. (2011) 185, 1189–1219 doi: 10.1111/j.1365-246X.2011.05014.x The structures, stratigraphy and evolution of the Gulf of Corinth rift, Greece Brian Taylor,1 Jonathan R. Weiss,1 Andrew M. Goodliffe,2 Maria Sachpazi,3 Mireille Laigle4 and Alfred Hirn4 1Department of Geology and Geophysics, School of Ocean and Earth Science and Technology, University of Hawaii at Manoa, Honolulu, HI, USA. E-mail: [email protected] 2Department of Geological Sciences, The University of Alabama, Tuscaloosa, AL, USA 3Geodynamic Institute, National Observatory of Athens, Athens, Greece 4Laboratoire de Sismologie Experimentale,´ Departement´ de Sismologie, Institut de Physique du Globe de Paris, Paris, France Accepted 2011 March 8.
    [Show full text]
  • Back Matter (PDF)
    Index Page numbers in italics refer to Figures. Page numbers in bold refer to Tables. accommodation zones 220 Basin and Range, rift displacement–strain rate 242 Aegean Sea 133 basin-bounding fault reactivation in Porcupine Basin rift displacement–strain rate 242 511, 512 Aegean tectonic domain 133 Beatrice Field see Inner Moray Firth Basin, fault study Aeges Formation 141 Benin Formation 170 Aegion Fault 134, 143, 148 Bergen Arcs Shear Zone 467, 469 Agbadi Formation 170 bimodal faults 20, 20 Aiges Formation 141, 142 Biscay, Bay of, Parentis Basin, extension and inversion Akata Formation 170 501–505 Alkyonides Gulf 133, 135 blind faults 189 Almannagja Fault Zone 51 Border Fault System 112, 113, 115 alternative (coherent) model 3 Bornholm, Robbedale Formation fault study 252–253, Amfithea Formation 141 254, 255, 265 analogue modelling boundary conditions, influence of 5 clay modelling, fault-segment boundary types boundary faults, Thailand 418–419 methods branch lines choice of materials 82–83 conservative fault junction 19 model analysis 83–85 defined 11 model design 83 geometry 11 results Gulf of Mexico, 3D mapping 13–14 structure and scaling 85–91 Gullfaks field 14–16 summary 92, 93, 94, 95, 96 mapping 11–13 temporal and spatial evolution 97–100 orientation 19–20, 20 results discussed relation to slip direction 20, 20 breached-segment boundary types 102–103 Troll Field 16–17 overlap and spacing 101–102 branch points 11 segment boundary evolution 100–101 Brazil see Santos Basin summary of results 103 breached segment boundary 80, 97, 102
    [Show full text]