Architecture of Workplaces 1. Lecture 7 Technology Dobai János DLA associate professor Bartók István DLA associate professor
Knorr Bremse plant, Budapest, Töreky Balázs 2009
Technology = profession (greek) Nature-changing activity Conversion of things, resources of the nature (minerals, alive and unorganic things, natural potencials) to things serving (basic and comfort assuring) needs of the mankind. The conversion happens through the use of a certain method (know-how) that is: technology
Technology Basic components: 1. Knowlegde 2. Base material (row, semi-finished, aid) 3. Tool, machine (technology and aids) 4. Resource (energy, manpower) The block diagram as a suitable tool for representation Technology plan
Technology flow chart of the ship-mill in Ráckeve Technology plan (connection scheme) of a ship-mill
Legend water sludge sludge water gas Technology plan of a sewege treatment equipment (connection scheme)
Technology plan of a sewege treatment equipment (connection scheme)
Flow chart (popularizing form)
Flow chart (popularizing form)
Willow Plant, USA, Albert Kahn 1940 (25 B-24 aeroplanes/day, 8800 alltogether, max. 34 533 workers)
Willow Plant, USA, Albert Kahn 1940, concept drawing
Willow Plant, USA, Albert Kahn 1940, block diagram
Willow Plant, USA, Albert Kahn 1940 (25 B-24 aeroplanes/day, 8800 alltogether, max. 34 533 workers)
Content of the technology plan: Describes technology processes (flow chart, block diagram) Defines the technology equipments needed (machine specification) Arrangement proposal plan (plan, presentation of spatial relations, the architect s work is necessary from this point) Defines the resources needed and their parameters (number of participants -professional composition-number of shifts) energy provision: electric, gas... other public utilities: water, duct (sewage) Disposes time conditions Disposese supplies Disposes the way of transport Disposes the packing Disposes the auxiliary material Disposes the garbage arising Labour safety regulations (schedules, cycle times, puffer storages) (stock pre-storage, finished products storage) (stock delivery, finished products delivery) (undoing, packing, completion) (auxiliary m. of the technology-lubricants... auxiliary m. of the product-packing m....) (amount, type, environmental danger, disposal, laying) (ranging the workplaces, protective means, safety zones, finishes)
Economy s division in sectors Colin Clark: (1905-1989) Division of GDP (brutto national product = consumption+project+export-import) In a year of one particular country - trends! Primary: Secondary: Tertiary: Quaternary: Quinary: production of raw material: mining, agriculture, fishing commodity production: steel-, chemical-, energy-, textile- etc. ind. service: commerce, health service, travel, management, finance information sector: production, sharing, education, research nonprofit sector
Not only the economy sectors, but their situation is also changing!
In 2050 Brazil, India and China will produce 40% of the World s GDP forecast Source: Origo 19. 03. 2013.
Technology today and tomorrow Industrial revolutions I. Steam engine 1784 II. Production belt 1913 III. Automatization 1969 IV. Information network of machines and things intelligent information system
Technology today and tomorrow 4th Industrial Revolution - today Superfast social-technological changes 65% of today children will have a profession that doesn t even exist today! 50% of the knowledge gets out-of-date during university studies Computer technology > artificial intelligence > automatization > robotics intelligent networks > internet of the objects Communication Electricity > environment > alternative resources Alternative traffic facilities > self driving electric cars Space research Biology, medical science Cooperation Unsolved problems: conversion, reduction of workplaces war, migration global warmup necessity of water and food
Are there special different architectural characters of the branches of industry? Possible divisions: Heavy industry - light industry Manpower demanding activity - capital demanding activity Due to products: wood-, dairy-, car industry, entertaining etc. Heavy industry: (also big) raw material production Capital-intensive Less manpower Slow returns Intensive environmental impact (load) Often without buildings: outdoor establishments eg.: mining, metallurgy, petrolchemistry, energy-, wood-paper industry Light industry: (can be more articulated) processing industry Less capital More manpower Customer-, business-oriented Smaller environmental impact Can be situated near to residential areas Buildings without special character eg.: dressmaker s shop, bakery, printing plant, service
Copper mine, Utah, USA, 1995
Lignite mine and power station, Yallourn, Victoria, Australia, 1948
Ore preparatory works, Gyöngyösoroszi, Hungary, János Scultéty 1950
Great foundry, IJmuiden, Netherlands, 2008
Steel factory, IJmuiden, Netherlands, 2008
Oil destillery, Százhalombatta, Hungary
Polipropilen plant
Hydroelectric power station Hoover Damm, California, USA, 1938
Hydroelectric power station, turbine hall, Manapouri, New Zealand
Nuclear power station, Three Mile Island, Ohio, USA
Nuclear power station, reactor hall, Paks, Hungary
12 MW capacity solar power station, Arnstein, Germany
Paper factory
Paper factory, Dunaújváros, Hungary, Rácz György IPARTERV 1964
Requirements of heavy industry can be described with technological requirements: If the technology is not special (underground, outdoor- linear), the tipical requirement is the single-story hall with crane. Light industry is more difficult to define, the architectural appearance is also more flexible, unique. A row of premises, rooms able to accomodate many workers, working hands is tipical, even in multi-storey arrangement.
Textile mill, spinning mill
Weaving mill
Textile mill, dressmaker s shop
Textile mill, dressmaker s shop
Tipical view of a textile mill of the past: Multi-bay, rooms with frequent stand of columns, in multi-storey arrangement
Canning factory
F. Schöningh printng plant, Paderborn, Germany, Peter C. von Seidlein, 1974 humidity laminated timber structure, low heat conductivity for limiting condensation
Cartier watch factory, Saint-Imier, Switzerland Jean Nouvel, 1992 completely dust-free environment, even day-light conditions - air-ventilation, filter system, raised floors for technical equipment, antistatic floors, glazed panes with solar protection
GAEC GAEC Les les Aurelles Aurelles Winery, Winery, Nizas, Nizas, France France Gilles Gilles Perraudin, Perraudin, 2001 2001 constant humidity and temperature solid construction of natural stone 65cm!, few openings
Dominus Winery, Napa Valley, California Herzog & de Meuron, 1997 constant humidity and temperature external walls of gabions with basalt stones to store the heat and protect from cold
VW Glased Manufacture, Dresden Germany, Henn Architects, 2001 classical automobile production and fine craftsmanship Sight plant, transparency
VW Glased Manufacture, Dresden Germany, Henn Architects, 2001 classical automobile production and fine craftsmanship Sight plant, transparency
BMW factory, Shenyang, China Henn Architects, 2013 Product in the centre sight plant, spatial connection
BMW factory, Shenyang, China Henn Architects, 2013 Product in the centre sight plant, spatial connection
WITTENSTEIN Innovaton factory Igersheim- Harth, Germany, Henn Architects, 2013 Development, production and dispatch parallel sight plant, spatial connection
The architecture of the tertiary sector (service) is the most variable Part of this the architecture of transport: Passanger transport: Means: city and long-distance public transport free and bound-track vehicles The service, storage, maintenance of vehicles Organization, service of passanger transport Exact technology is important (motion of passangers, means of transport) intensive use Sign-like, emblematic establishments Railway stations, traffic junctions, interchange stations, airports
George Washington Bridge Bus Stations, New York, USA, Pierre Luigi Nervi, 1963
Bus station, Strasbourg Hoenheim, France, Zaha Hadid, 1990
Railway station, Lisboa, Portugal, S. Calatrava, 1998
Railway station, Lisboa, Portugal, S. Calatrava, 1998
Berlin Hauptbahnhof, Germany, Gerkan, Marg & Partners, 1996-2006
Berlin Hauptbahnhof, Germany, Gerkan, Marg & Partners, 1996-2006
Berlin Hauptbahnhof, Germany, Gerkan, Marg & Partners, 2006
Kansai Airport, Osaka, Japan, Renzo Piano, 1994
Kansai Airport, Osaka, Japan, Renzo Piano, 1994
Kansai Airport, Osaka, Japan, Renzo Piano, 1994
Kansai Airport, Osaka, Japan, Renzo Piano, 1994
Kansai Airport, Osaka, Japan, Renzo Piano, 1994
Kansai Airport, Osaka, Japan, Renzo Piano, 1994
Kansai Airport, Osaka, Japan, Renzo Piano, 1994
Ferry Terminal, Yokohama, Japan, Foreign Office Architects, 2002
Ocolus World Trade Center Transportation Hub, New York, USA, S. Calatrava, 2016
Ocolus World Trade Center Transportation Hub, New York, USA, S. Calatrava, 2016
Thank you for your attention.