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Graduation defense 'Density & Daylight' by Jasper Moelker (05 Nov 2009)
 

Graduation defense 'Density & Daylight' by Jasper Moelker (05 Nov 2009)

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Graduation defense for double degree in Architecture and Building Technology on 'designing with density & daylight'....

Graduation defense for double degree in Architecture and Building Technology on 'designing with density & daylight'.

Urban plan for the Teleport area in Amsterdam showing how the issue of intensifying land usage can be tackled on left-over spaces within a city. The cluster, building and facade design show on different scales how this concept could be implemented.

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    Graduation defense 'Density & Daylight' by Jasper Moelker (05 Nov 2009) Graduation defense 'Density & Daylight' by Jasper Moelker (05 Nov 2009) Presentation Transcript

    • designing with density & daylight Jasper Moelker tutors: ir. Roberto Cavallo Graduation defense ir. Henk Mihl 05 November 2009 ir. Peter van Swieten
    • designing with density & daylight Study question: ‘By what design intervention can the center of the Teleport Area be transformed into a more efficient, continuous and liveable environment?’
    • study question urban analysis objectives URBAN objectives concept urban concept building design BUILDING masterplan circulation building construction installation facade layout system system proof system light & visibility by case study mixed program objectives BLOCK flexibility concept appearance cluster design proof system by case study
    • study question urban analysis objectives URBAN objectives concept urban concept building design BUILDING masterplan circulation building construction installation facade layout system system proof system light & visibility by case study mixed program objectives BLOCK flexibility concept appearance cluster design proof system by case study
    • Urban design Location // Teleport Teleport
    • Urban design Analysis // adjacent areas ( Amsterdam center ) A10 highway office area office area metro Sloterdijk train station car, bus, tram
    • Urban design Analysis // infrastructure Sloterdijk station bus station A10 highway viaducts bicycle parking car parking
    • Urban design Analysis // infrastructure Higway A10 Cruise Terminal Train Metro
    • Urban design Analysis // typology (current) ING Tauro Deloitte en Touche Teletower Aristo straatprofiel Orlyplaza Belastingdienst UVW Hout- en Meubileringscollege Telegraaf Telespy KPN
    • Urban design Analysis // typology (vision DRO) Teleport vision 2003 Spatial Planning dept. (DRO) , Amersterdam Density study using Floor Space Index (FSI) > aim DRO: 5 - 10 > lot in plan: 2.8 - 4.2 > island in plan: 1.2 > district in plan: ? source: Teleport - Herziening PvE (June 2005) Densities in plan don’t come near ambition of DRO! De Sloterdijken (March 2004) Visie Sloterdijken (March 2004) > Ground Space Index, Open Space Ratio, Levels Spacemate.nl
    • Urban design Objectives TELEPORT office area TELEPORT office area Sloterdijk station OBJECTIVES: > re-connect > intensify > humanize
    • Concept Urban design Concept // re-connect Teleport as transport hub the membrane a green “band aid”
    • Urban design Concept // intensify
    • Urban design Concept // humanize
    • Urban design ves Masterplan // approach --> housing mixed --> offices --> shops program --> catering industry --> other facilities --> highrise multiple layers --> facilities --> slow traffic } program > re-connect > intensify ify --> fast traffic } infrastructure > humanize n urban spacee --> extend train platforms optimized --> bus / tram terminal --> parking facilities infrastructure --> distribution routes --> separate slow traffic --> visibility & overview --> wide street profiles comfort --> light --> parks & terraces --> green & safety --> control people flow --> use of daylight --> closeable areas --> physiological aspects
    • Urban design Setting Masterplan // setting Highway A10 Highway A10 Sloterdijk Station Sloterdijk Station
    • Urban design Masterplan // infrastructure Cars Car route ar r ute (new) Tram + Bus ra us (new) Trains Tram Metro
    • Urban design Masterplan // park-over / network / building mass Highrise & Boulevards (highrise) (highrise) (highrise)
    • Urban Design Urban design -2 - infrastructure Masterplan // infrastructure basisweg radarweg Indoor car route Train station entrances Bus + Tram Distribution Terminal route radarweg Car park haarlemmerweg
    • Urban design Masterplan // parking
    • Urban Design Urban design 00 & 01 - Facilities Masterplan // parks / boulevards / facilities (not fully detailed) (not fully detailed) (not fully detailed)
    • Urban design Masterplan // highrise
    • Urban design Masterplan // impression
    • Cluster study question urban analysis objectives URBAN objectives concept urban concept building design BUILDING masterplan circulation building construction installation facade layout system system proof system light & visibility by case study mixed program objectives BLOCK flexibility concept appearance cluster design proof system by case study
    • Cluster Objectives METHOD : STUDY CLUSTER TO PROOF THE USABILIT Y OF THE MASTERPLAN OBJECTIVES: > light & visibility > flexibility to accommodate mixed program > dwellings > offices > retail > catering industry > other facilities
    • Cluster Safety & comfort variables overview wayfinding attractiveness/ escape maintainance DETERMINANTS of PUBLIC SAFETY & COMFORT physiological visibility/light comfort surveillance/ daylight presence of people source: Durmisevic, S. Perception Aspects in Underground Spaces using Intelligent Knowledge Modeling (2002)
    • Cluster Relationship spatial & psychological aspects OVERVIEW VISIBILITY / LIGHT ESCAPE PRESENCE of PEOPLE - construction / structure - layout - layout - dimensions - light - clarity / - adjacency - furniture - material / color - spatial continuity - construction / structure - light - furniture design - accessibility - dimensions - layout - adjacency - furniture positioning WAYFINDING DAYLIGHT ATTRACTIVENESS PHYSIOLOGICAL COMFORT - layout - material / color - acoustics - adjacency - light - construction / structure - light - clarity / spatial org. - layout - furniture design - temperature - accessibility - clarity / spatial org. - dimensions - air quality - signing system source: Durmisevic, S. Perception Aspects in Underground Spaces using Intelligent Knowledge Modeling (2002)
    • Cluster Daylight reference studies Rijswijk station <> Rotterdam Blaak station Simulation light atria & corridors source: Wevers, N. Daglichttoetreding in een ondergronds station (2007)
    • Cluster Concept Light Highrise corridors on strip Strip with facilities Bus + Tram Train Car Park Terminal Platforms
    • Cluster Study Light Highrise corridors on strip Strip with facilities cuts through building mass grid defined by existing infrastructure (trains + platforms)
    • Cluster Concept Highrise on strip level +01 : highrise (offices, hotels, dwellings) Strip with p Light g (and up) facilities l Courtyard atrium r m level +00 : facilities (fun shopping); entrances level -01 : facilities (run shopping) level -02 : construction, installations, distribution level -03 : infrastructure (fast traffic)
    • Cluster Study sky dome level +01 : highrise (offices, hotels, dwellings) (and up) level +00 : facilities (fun shopping); entrances level -01 : facilities (run shopping) level -02 : construction, installations, distribution level -03 : infrastructure (fast traffic) distance study based on light admittance grid derived from surround urban tissue
    • Cluster Platforms (-03) outline of towers above light corridor atrium
    • Cluster Platforms (-03) outline of towers above light corridor atrium
    • Cluster Parking (-02) outline of towers above light corridor atrium
    • Cluster Parking (-02) outline of towers above light corridor atrium
    • Cluster Boulevard (-01) outline of towers above light corridor atrium
    • Cluster Boulevard (-01) outline of towers above light corridor atrium
    • Cluster Ground floor (+00) light corridor atrium
    • Cluster Ground floor (+00) light corridor atrium
    • Cluster Impressions
    • Cluster Impressions
    • Building study question urban analysis objectives URBAN objectives concept urban concept building design BUILDING masterplan circulation building construction installation facade layout system system proof system light & visibility by case study mixed program objectives BLOCK flexibility concept appearance cluster design proof system by case study
    • Building Objectives METHOD : CREATE BUILDING DESIGN TO PROOF THE USABILIT Y OF THE CLUSTER DESIGN OBJECTIVES: > light & visibility > mixed program > flexibility (change usage over time) > appearance CONTSTRAINTS: > building above train tracks and platforms
    • Building Concept // urban
    • Building Concept // basis CONNECT & OPEN UP
    • Building Concept // sight CONNECT & OPEN UP
    • Building Concept // circulation CONNECT & OPEN UP
    • Building Concept // orientation CONNECT & OPEN UP
    • Building Concept // privacy CONNECT & OPEN UP
    • Building Concept // construction CONNECT & OPEN UP
    • Building Concept // installations CONNECT & OPEN UP
    • Building Concept // facade CONNECT & O CO C OPEN UP U
    • Building // circulation Concept
    • Building // circulation Clustering studies Solo towers w/ mono core Tower pair w/ dual core + ring Tower cluster w/ quad core + ring
    • Building // circulation Core studies Core embedded in void Core plugged into towers
    • Building // circulation Organization
    • Building // circulation Organization A B A (stairs) (elevators) (stairs)
    • Building // circulation Section
    • Building // circulation Entrance Entrance residents Entrance visitors boulevard side on park level
    • Building // circulation Details
    • Building // circulation Impression
    • Building // circulation Impression
    • Building // construction Concept
    • Building // construction System Joints steel column tubular pro file 200 x 200 concrete core braces braces facade column - beam core column - beam hinge joint clamped joint Section AA1 steel facade column edge beam tubular profile 120 x 80 IPE 170 concrete core 5700 edge beam main beam steel column IPE 200 w/ one side IPE 200 w/ main beam tubular pro file 200 x 200 extended lower flange extended lower flange IPE 320 concrete core 1350 1350 braces 1350 5700 2700 2700 3600 3600 2700 2700 2000 2000 Plan upper floors Section BB1
    • Building // construction Flow of forces
    • Building // installations Concept > one core per tower > service zone in tower center (in suspended ceiling) > other services in floors > climate in combination w/ facade
    • Building // installations System mechanical ventilation pre cooled / heated > HEATING per dwelling / office > DRAINAGE suspended ceiling natural ventilation direct or indirect > ELECTRICITY vertical through facade panels > VENT SYS in PLAN distribution Section AA3 5700 services above suspended ceiling 1350 1350 stairs & lifts vertical distribution 1350 suspended ceiling low temerature surface heating in top of floor system or 5700 in additional dry floor system (adjustable to floor usage) 2700 2700 3600 3600 2700 2700 2000 2000 Plan upper floors Section BB1
    • Building // installations Heating and ventilation no indirect direct ventilation ventilation ventilation Natural ventilation Low surface heating > no ventilation (closed) > low surface heating in > indirect (pre heated) ventilation (4-10 deg) floor system (IDES) > direct ventilation ( > 10 deg) > if required placed in dry floor system on top (for extra insulation)
    • Building // installations Heating and ventilation - AIR IN + via bridge on HEAT REGULATION VaV VaV courtyard side pre cool / heat using min / max water system (running + - depends on + - through vertical shaft) function via bridge on boulevard side HEAT EXCHANGE FANS AIR OUT in suspended ceiling DWELLING OFFICE in core area VaV Mechanical ventilation > in addition to natural ventilation > air in/out via bridge > heat regulation using water system (distribution via shafts in core) > variable air volume (VaV) system depends on function (dwellings / offices / ... )
    • Building // facade Concept > contact vs privacy > day light vs sun shading > expression (of activity)
    • Facade system General requirements OUTSIDE FACADE INSIDE location specific conditions requirements solar radiation comforatble temparature range temperature severe fluctuations minimal comfortable humdity range humidity in external climate fluctuations amount and quality of light precipitation fresh air supply at comfortable air velocity wind comfortable sound level sources of noise in surroundings visual relationship with exterior amount o gas and dust demarcation between private and public mechanical loads protection against mechanical damage electromagnetic radiation fire protection if necassary limitation of toxic loads urban/formative surroundings local resources socio-cultural context
    • Facade system Concept development maximum transparancy for articulation by floors flexible building program maximum light transmittance and facade profiles > repetition in 2 directions
    • Facade system Concept development maximum transparancy facade as filter for dynamic facade pattern to for maximum light transmittance light, sight, sound, heat, ... adapt to usage
    • Facade system Pattern concept
    • Design concept // development Facade system Facade pattern 900 x 900 x 4mm PC OUT IN ● min cover 20% ● max cover 95% ● black -> silver Polycarbonate (PC) OUT ● highly transparant ● lightweight (1200kg/m3) ● temperature resistance 30 - 30 - 30 - 30mm ● impact resistance ● thermoplastic (recyclable) IN (not to scale)
    • Design concept // development Facade system Horizontal movement 0 - 5mm OUT IN OUT IN
    • Design concept // development Facade system Vertical movement 5mm OUT IN OUT IN
    • Design development Facade system // development Skew panel side panel with molded layer hinches OUT IN OUT IN
    • Design development Facade system // development Skew & slide mechanism OUT IN OUT IN
    • Design development Facade system // development Skew & slide mechanism skew mechanism: panel hinge & electro magnets OUT IN OUT IN
    • Design development Facade system // development Skew & slide mechanism slide mechanism: layer hinge & electro magnets OUT IN OUT IN
    • Design development Facade system // development Facade profiles OUT IN OUT IN
    • Design development Facade system // development Mood lighting OUT IN OUT IN
    • Design development Facade system // development Daylighting OUT IN OUT IN
    • Design development Facade system // development Ventilation OUT IN OUT IN
    • Design development Facade system // development Ventilation OUT IN OUT no ventilation IN
    • Design development Facade system // development Ventilation OUT IN OUT indirect ventilation IN
    • Design development Facade system // development Ventilation OUT IN OUT direct ventilation IN
    • Design development Facade system // development Ventilation OUT IN no indirect direct ventilation ventilation ventilation OUT IN
    • Design development Facade system // development Ventilation OUT IN OUT IN
    • Design development Facade system // development Ventilation OUT IN OUT IN
    • Design development Facade system // development Ventilation section west - east OUT IN section north - south OUT IN
    • Design development Facade system // development Rotate mechanism OUT IN electro magnets rubber with to slide B-layers gel filling 5mm vertical A B A OUT B A electro magnets rotation mechanism panel axis panel hinch layer hinch to slide A-layers 5mm horizontal IN
    • Design development Facade system // development Rotate mechanism OUT IN OUT IN
    • Design development Facade system // development Construction original OUT IN 1.8 3.6 3.6 3.6 3.6 1.8 optimized OUT IN 1.8 3.6 3.6 3.6 3.6 1.8
    • Design development Facade system // development Construction OUT IN OUT IN
    • Design development Facade system // development Construction OUT IN OUT IN
    • Design development Facade system // development Construction OUT IN OUT IN
    • Design development Facade system // development Heat OUT IN ● high thermic resistance via PC and multiple cavities ● pre heating air intake ● additional cooling / heating via low temperature surface heating OUT in floor note: due to fire facade system is not tested in BP lab. IN
    • Design development Facade system // development Heat OUT IN OUT IN
    • Design development Facade system // development Sound OUT IN external sound sound sources reflection OUT IN
    • Design development Facade system // development Sound OUT IN external sound sound sources reflection OUT IN
    • Design development Facade system // development Sealing & Insulation OUT IN OUT IN
    • Facade system Detail // vertical
    • Facade system Detail // horizontal
    • Facade system Simulation Prototype Rendering
    • Facade system Prototype close up
    • Building // facade Impression
    • Building // facade Impression
    • Building // facade Impression lighting
    • Building // layout Concept > accommodate different programs > changeable over time > orient towards park or boulevard > more private activities towards center
    • Building // layout Dwellings (+05) DWELLING A+ DWELLING A DWELLING B DWELLING C DWELLING A+ DWELLING A DWELLING B
    • Building // layout Dwellings (+06) DWELLING A+ DWELLING D DWELLING C DWELLING A+ DWELLING D
    • Building // layout Dwelling example
    • Building // layout Offices (+10) OFFICE UNITS OFFICE DESKSCAPE
    • Building // layout Details
    • Impressions Boulevard
    • Impressions Long section
    • Impressions Lower levels
    • Impressions Platforms (-03)
    • Impressions Parking (-02)
    • Impressions Boulevard
    • Impressions Upper levels
    • Impressions Single floor
    • Impressions Dual tower
    • Impressions Dwellings
    • Impressions Exterior
    • Impressions The void
    • Impressions Interior
    • Impressions Interior
    • Building // layout