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Booosting 3x duet the making of... bouwbeurs mx  6febr13
 

Booosting 3x duet the making of... bouwbeurs mx 6febr13

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    Booosting 3x duet the making of... bouwbeurs mx  6febr13 Booosting 3x duet the making of... bouwbeurs mx 6febr13 Presentation Transcript

    • booostingPLATFORM VOOR KOPLOPERS IN BOUWINNOVATIE
    • programDuet 1The making of…de dunste glasgevel Hogeschool INHolland Delftir Barbara van Gelder - Octatube Space Structures& dr dipl. ing. Marcel Bilow - TU Delft BouwkundeDuet 2The making of…de composietgevel Muziekpaleis Utrechting. Jan van der Windt - Zonneveld ingenieursReinoud van der Kroon - Holland Composites IndustrialsDuet 3The making of…thermisch isolerend ultra-lichtbetoning. Hans Köhne - Cement&BetonCentrum& dr Qingliang Yu - TU Eindhoven Bouwkunde (english)
    • 25 jaarbooostingo Manifesto Boeko Feest donderdag 10 oktober 2013
    • ontwerpen ontwikkelen onderzoekenoinnoveren osamenwerken orealiseren
    • duet1o The making of…de dunste glasgevel Hogeschool INHolland Delfto ir Barbara van Gelder - Octatube Space Structureso dr ing. Marcel Bilow - TU Delft Bouwkunde
    • SUPER SLENDER GLASS FAÇADES OF INHOLLAND POLYTECHNIC, DELFT Building Prototypes in practice and educationir. Barbara van Gelder & dr.ing. Marcel Bilow
    • Material, Construction, Engineering, ExperimentMaterialienBucky Lab, from concept to prototype
    • prototypes
    • Buckminster Fuller – „Bucky“Buckminster Fuller – “Bucky”
    • from product design to architecture
    • Montreal Biosphere, 1967
    • Bucky Domes - first geodesic domes
    • Paperdome, Utrecht 2004, Shigeru Ban / Octatube
    • mobile workshop
    • layered cardboard node
    • SCOLP Dome – Bram Teeuwen, Patricia Knaap
    • Folded Dome – Pedro Calle, Dennis Ijsselstein
    • Façade prototypes of the Bucky Lab
    • “Whatever you can imagine, you can also build !”
    • INHolland has a composite laboratory (from ship building and aeronautics). How to use a maximum of composites in architecture?The super slender glass façades of INHolland. An experimental façade.Architect: Rijk Rietveld, New York.
    • How to make a thin/slender façade with maximum composites, carbon fiber stiffening of glass plane? External stabilization with aramid cables.Sketches of initial experimental research phase 2005-2008.
    • Another type of stiffening: Result would not have desired abstract view.Sketches of initial experimental research phase 2005-2008.
    • At the end of the research phase: Principle of glass connection bypre-stressed aramid cables in carbon fiber tubes.
    • Initial ideas of feeling the pre-stressed cable through tubes in the interspace. These ideas were partly conflicting and aimed very high.
    • The making of the first prototype of glass panels in the research phase,2008. All edge profiles in carbon fiber.
    • Installation of the prototype façade mock-up in Octatube’s factory, 2008.
    • Final mock-up mid 2008 with aramid pre-stressed cables through carbonfiber epoxy tubes and sealed with silicone.
    • Perspective view as originally desired by architect Rijk Rietveld fromNew York (with randomized panels): required internal cables.
    • System of prestressed cables DetailsConsequences from pre-stressing for the main steel structure.Consequences of the insulated façade system of INHolland, Delft.
    • A later view with vertical rows of panels as advised by Octatube aramidcables for wind, deadweight suspenders in the seams.
    • AGC refused normal guarantee.In a dramatic change we realized thatemotional and experimental innovation canbe done in a short time of weeks or months;legal innovation with certification andcompany guarantee requires years.We were one to two years short betweentechnical innovation and legal guaranteedinnovation.
    • Mid May 2009 the wind loaded aramid cable is positioned outside of the aircavity of the insulated glass panels. One large innovation remains a dream.
    • Completion of the two main façades in August 2009.
    • Interior view of the two cable stayed facades.
    • Details of the aramid cables in the 2 main facades with separate cables.
    • Details corner and rubber corner detail.
    • Details of the 3rd and smallest façade in original detailing. After 3 yearsno erosion or delamination.
    • This minimal and extremely slender façadesystem is being developed further in themeantime with steel cables and metalframes, to be ready for the next challenge.Difficulty of non compliancy carbonfiber/silicone is emitted.
    • Lesson learned:Always experiment prior to or parallel to areal project. Otherwise the project will beretarded or frustrated.The better way for innovation is step-by-step, with group oriented persistence andinnovation planning.
    • duet2o The making of…de composietgevel Muziekpaleis Utrechto ing. Jan van der Windt - Zonneveld ingenieurso Reinoud van der Kroon - Holland Composites Industrials
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Zonneveld ingenieurs Muziekpaleis Bouwkundige Transformatie 6 februari 2013Bestaand Muziekcentrum Vredenburg Na gedeeltelijke sloop Verticale transportelementenEntreestraat en muziekplein op niveau 4 nieuwe zalen Alle zalen onder één “kap”
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 MuziekpaleisFoyer als akoestische scheiding en 6 februari 2013verbindende ruimte tussen de zalen Stacking of Halls Vredenburg Utrecht: public area
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013Verplaatsingen tijdens de bouw door kamermuziekzaal -17+ 41= 24 mm
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Bouwbeurs 2013 Muziekpaleis 6 februari 2013
    • Het tot stand komen van de composietMuziekpaleis gevels door intensief overleg met dearchitecten van Hertzberger Amsterdam enZonneveld ingenieurs.De volledige element gevels op de Oost- enWestzijde.De Raficlad composiet bekleding van deKamermuziekzaal .
    • MUZIEKCENTRUM VREDENBURG UTRECHT
    • duet3o The making of… thermisch isolerend ultra-lichtbetono ing. Hans Köhne - Cement&BetonCentrumo dr Qingliang Yu - TU Eindhoven Bouwkunde
    • Thermisch isolerend ultra-lichtbetonBooosting, 06 februari 2013
    • Pag 87 2/7/2013
    • Meuli House, Fläsch, 2001 Bearth & DeplazesPag 88 2/7/2013
    • Pag 89 2/7/2013
    • Pag 90 2/7/2013
    • Gartmann House, Chur, 2004 Patrick GartmannPag 91 2/7/2013
    • Pag 92 2/7/2013
    • Urban Villa, Berlin, 2007 C.Bonnen & M.SchlaichPag 93 2/7/2013
    • Pag 94 2/7/2013
    • Monolith, Heerbrugg, 2012 emotion - ImmobilienPag 95 2/7/2013
    • H36, Stuttgart, 2012 Matthias Bauer, MBA/SPag 96 2/7/2013
    • Pag 97 2/7/2013
    • NL researchproject door TU/e CRH Sustainable Concrete Centre Cement&BetonCentrum Lias Benelux met steun van m2i TU/e: prof.dr.ir.J.Brouwers Dr. Q.Yu – P.SpieszPag 98 2/7/2013
    • Onderzoeksdoelstelling Materiaalconcept vaststellen met optimale combinatie van constructieve sterkte en thermische isolatie, voor realisatie van monoliete gevels Druksterkte: hoger dan 8 N/mm2 Thermische geleidingscoëfficiënt: Lambda kleiner of gelijk 0,17 W/mKPag 99 2/7/2013
    • Introduction Research target -- Design & development of ultra lightweight concrete Research objective -- Compressive strength: ~ 8.0 MPa; -- Thermal conductivity: ~ 0.17 W/(mK)In overall: to design a more sustainable, more cost effective, stronger; lower thermal conductivity; more durable LWAC./ Department of the Built Environment 7-2-2013 PAGE 100
    • Mix design Mix design concept:  Target: dry density lower than 800 kg/m3.  Materials • Binder (cement); Aggregates (lightweight); Fillers; Additives; Water.  Water demand – density/thermal property/mechanical property / Department of the Built Environment 7-2-2013 PAGE 101
    • Results analysis Workability/ Department of the Built Environment 7-2-2013 PAGE 102
    • Results analysis  Concrete matrix - lightweight aggregates distribution/ Department of the Built Environment 7-2-2013 PAGE 103
    • Results analysis  Cement content 16 0.20 7-day 7-dayCompressive strength (MPa) Thermal conductivity (W/(mK)) 28-day 28-day 12 0.15 8 0.10 4 0.05 0 0.00 450 400 350 450 400 350 Cement (CEM II/B-V 42.5 N) content (kg/m3) Cement (CEM II/B-V 42.5 N) content (kg/m3) / Department of the Built Environment 7-2-2013 PAGE 104
    • Results analysis  Water permeability/ Department of the Built Environment 7-2-2013 PAGE 105
    • Summary  An ultra lightweight aggregates concrete with a dry density of about 630-700 kg/m3 is developed;  The developed LWAC shows good workability; and all the used lightweight aggregates are homogeneously distributed in the hardened concrete matrix;  The developed LWAC has a 28-day compressive strength higher than 10 N/mm2, and a thermal conductivity of about 0.12 W/(mK);  The developed LWAC has excellent durability, in terms of water permeability;  The developed LWAC possesses the best performance, compared to the published literature data./ Department of the Built Environment 7-2-2013 PAGE 106
    • De volgende fasen Onderzoeksvragen - Architectuur / bouwkunde / constructie - Bouwfysica / installatie - Duurzaam bouwen - Productie / uitvoering / economie Partners – expertise / financieringPag 2/7/2013107
    • tot ziens
    • 25 jaarbooostingo Manifesto Boeko Feest donderdag 10 oktober 2013