DOCSLIB.ORG

Structural Design Buildings Photo:TOM WOLBRINK Photo:TOM

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

Structural Design Buildings Photo:TOM WOLBRINK Photo:TOM Belvédère - De Rotterdam - New Orleans, Rotterdam Structural Design Photo: OSSIP VAN DUIVENBODE VAN OSSIP Photo: Creative, innovative, sustainable and pragmatic integrated solutions for buildings. That’s what we provide. Aiming to enhance society together, we work closely with clients, architects, design- and building partners, to ensure the best projects are delivered on time and within budget, while providing a better, brighter, sustainable future. Added Value As environmental aspects continue to change with increasing speed, the requirements which buildings must meet in terms of health & safety, flexibility and cost- effectiveness become ever more stringent. We focus on creating inspiring structural designs using innovative technologies to deliver built environments that help our clients to succeed. We ensure that the best solution can be built at minimum expense in terms of total cost of ownership, but can also be exciting, refreshing and beautiful. Our experts are active in identifying new trends, emerging challenges and technical advancements which we develop into promising opportunities. By using our advanced skills, network and business models, we are able to convert opportunities into innovative solutions which offer value within society. Virtual Design and Construction (VDC) & Building Information Modelling (BIM) Building Information Models (BIM) are used by our experts for developing projects. Virtual Design & Construction (VDC) is an effective and efficient step forward. The VDC approach, developed in cooperation with Stanford University and the University of Delft, focuses on product, process and organisation, before the actual design is made. Royal HaskoningDHV uses integration rooms (iRooms), in which we simulate the integrated approach using virtual models that lead to the best design. The VDC approach results in optimisation of quality, time, costs, and risk reduction. It creates a smooth process with all stakeholders and stimulates interaction and integration. De Karel Doorman, Rotterdam Nederlandse Bouwprijs 2013 (public) Photo: RENÉ DEN ENGELSMAN Photo: Private Real Estate Photo: DARIA SCAGLIOLA EN STIJN BAKKER EN STIJN SCAGLIOLA DARIA Photo: Head office Eneco, Rotterdam Omnisport, Apeldoorn Stadsplein, Spijkenisse The structural consultants of Royal HaskoningDHV are trustworthy partners in commercial real estate projects. Innovative structural expertise has been employed in residential buildings, offices, hotels, sports & leisure projects, retail projects and parking facilities. Royal HaskoningDHV is a specialist in structural consultancy of complex mixed use inner-city projects. Wester IJ-dock, Amsterdam De Markthal, Rotterdam NMi, Delft Kennispoort, Eindhoven Red Apple, Rotterdam Best Tall Building Europe 2009 (nominated) Dutch Architecture Award 2009 Rotterdamse Bouwkwaliteitsprijs 2009 (nominated) Private Real Estate High Rise & Redevelopment International High-rise Award 2010 (nominated) BNA gebouw van het jaar 2010 (nominated) Rotterdam Architectuurprijs 2012 (nominated) Royal HaskoningDHV has a long track record as structural Photo: OVG REAL ESTATE OVG Photo: consultant for innovative high-rise and challenging redevelopment projects. A number of our high-rise Twenthe Centrum, Almelo Las Palmas, Rotterdam and redevelopment projects have received important international awards. We have a continuing focus on the development and implementation of state of the art Twenty4Amsterdam, De Witte Dame, Eindhoven techniques. Amsterdam Hollands-Ontwerp Award 2012 (nominated) De Kroon, Den Haag Het Strijkijzer, Den Haag New Orleans, Rotterdam Photo: TOM WOLBRINK TOM Photo: Betonprijs 2011 Emporis Skyscraper Award 2007 FIABCINederland Prix d’Excellence Awards New Babylon, Den Haag Nieuwe Stad prijs 2007 2012. Category: Residential High Rise Cobouw Award beste bouwproject in de categorie woningbouw 2011 Rotterdam architectuurprijs 2012 (nominated) International High-Rise award 2012 (nominated) Public Real Estate The structural designers of Royal HaskoningDHV have outstanding references on public buildings such as governmental Stadskantoor, Gouda buildings, city halls, court buildings and buildings for international organisations. Cultural institutions such as museums demand intelligent structural designs with a focus on sustainability. Theatres, concert Station, Breda halls, music and pop venues have other special characteristics. High noise levels, crowds and theatre techniques require a special structural design. Muziekcluster, Enschede Betonprijs 2009 (nominated) International Criminal Court, Den Haag PHOTO: MENNO SPOORMAKER PHOTO: Jinso Paviljoen, Amsterdam Tweede Kamer, Den Haag Head office Waternet, DeLaMar Theater, Amsterdam Staalprijs 2010 Amsterdam Detail Prize 2011 (nominated) Staalprijs 2006 (nominated) Education Educational accommodation requires a sustainable, innovative and integral structural design process. Flexibility and life cycle costs are important design issues for the structural designers. Royal HaskoningDHV designs buildings for primary education, secondary Het Sieraad, Amsterdam Nationale Renovatieprijs 2007 (nominated) education and higher education including universities. Staalprijs 2008 (nominated) Photo: HENK KERSTEN Photo: Faculteit Educatie, Utrecht ROC Technovium, Nijmegen Vrije Universiteit OZW, Amsterdam Universiteitsbibliotheek, Utrecht Politieacademie, Apeldoorn Nationale Renovatieprijs Gulden Feniks 2011 Health Care The health care market is changing rapidly, sustainable solutions are needed. Opinions on the concepts of healing environments are changing continuously, sometimes even Onze Lieve Vrouwe Gasthuis, during the construction phase. Structural Amsterdam solutions have to be flexible and adaptable within a fixed budget. Sustainable solutions are part of the professional thinking process of the structural designers of Royal HaskoningDHV during every phase of the Gelre Ziekenhuis, Zutphen project. Virtual Design and Construction RMC Groot Klimmendaal, Arnhem BNA gebouw van het jaar 2010 delivers important advantages for our client Hedy d’Anconaprijs voor excellente zorgarchitectuur 2010 World Architecture Festival Award 2011 , categorie gezondheid on quality, time and investment. Finalist voor de Mies van der Rohe Award 2011 Isala Klinieken, Zwolle VUmc Alzheimercentrum, Amsterdam University Hospital Aalborg, Denmark University Hospital Aalborg, Denmark Viracopos Airport, Brasil Worldwide Expertise, Multinationals Royal HaskoningDHV is a strong partner in realizing and operating building projects worldwide. Many of our clients operate in a dynamic and innovative environment characterised by rapid development and changing markets, products, laws Schiphol Airport, Amsterdam and regulations. The structural designers of Royal HaskoningDHV deliver fast track but thorough consultancy and engineering services for large multinationals like ASML, DSM, Heineken, Shell and Philips. Examples of those projects are office BP office, Rotterdam buildings, research centres, laboratories, clean rooms and data centres. Honliv Hospital, China Museum voor Schone Kunsten, Shell EPiCentre, Rijswijk Eindhoven Airport, Eindhoven Fluor Nederland, Hoofddorp Antwerpen, Belgium Royal HaskoningDHV head office, Amersfoort Royal HaskoningDHV is one of Europe’s leading independent project management, engineering and consultancy service providers, ranking globally in the top 10 of independently owned, non-listed companies and top 40 overall. With its headquarters in Amersfoort, the Netherlands, the company’s 7,000 staff provide services worldwide from more than 100 offices in over 35 countries. Royal HaskoningDHV has a turnover in excess of euro 700 million. 00077-br-bld-mo-rhdhv-0413-nl-v01-lvb In combination with its international office network, Royal HaskoningDHV delivers world-class solutions locally to clients around the globe, for the public and private sector. Royal HaskoningDHV, with its proud heritage of bringing leading expertise and innovation to the market, is deeply committed to business integrity and sustainable development. As leader in sustainability and innovation, Royal HaskoningDHV provides the next exciting step in enhancing society together. Royal HaskoningDHV T +31 24 328 46 43 E [email protected] royalhaskoningdhv.com.
Recommended publications
  • Bijlage 1: Lijst Hoogbouw 70 Meter En Hoger Verdie- Nr

    Bijlage 1: Lijst Hoogbouw 70 Meter En Hoger Verdie- Nr

    Bijlage 1: Lijst hoogbouw 70 meter en hoger Verdie- Nr. Naam Stad Functie Bouwjaar pingen Hoogte 1 Montevideo Rotterdam Wonen 2005 43 152 2 Delftse Poort Rotterdam Kantoor 1991 41 151 3 Hoftoren Den Haag Kantoor 2003 29 142 4 Westpoint Tilburg Wonen 2004 48 142 5 Rembrandt Toren Amsterdam Kantoor 1995 35 135 6 Het Strijkijzer Den Haag Wonen 2008 41 132 7 Millennium Rotterdam Kantoor 2000 34 131 8 The Red Apple Rotterdam Wonen 2008 38 127 9 World Port Center Rotterdam Kantoor 2001 32 123 10 Mondriaan Toren Amsterdam Kantoor 2002 31 123 11 Achmea Leeuwarden Kantoor 2002 28 115 12 Erasmus Medisch Centrum Rotterdam Onderwijs 1968 26 112 13 Prinsenhof Den Haag Kantoor 2005 25 109 14 Waterstadtoren Rotterdam Wonen 2004 36 109 15 Fortis Bank Blaak Rotterdam Kantoor 1996 28 107 16 Weenatoren Rotterdam Wonen 1990 32 106 17 Coopvaert Rotterdam Wonen 2006 29 106 18 World Trade Center Tower 6 Amsterdam Kantoor 2004 27 105 19 ABN AMRO hoofdkantoor Amsterdam Kantoor 1999 24 105 20 De Admirant Eindhoven Wonen 2006 31 105 21 Symphony I Amsterdam Wonen 2008 29 105 22 Weenacenter Rotterdam Wonen 1990 32 104 23 Castalia Den Haag Kantoor 1998 20 104 24 Hoge Heren I Rotterdam Wonen 2000 34 102 25 Hoge Heren II Rotterdam Wonen 2000 34 102 26 Schielandtoren Rotterdam Wonen 1996 32 101 27 Provinciehuis Noord Brabant Den Bosch Kantoor 1971 23 101 28 De Stadsheer Tilburg Wonen 2007 31 101 29 Porthos Eindhoven Wonen 2006 31 101 30 Mahler 4 Amsterdam Kantoor 2005 25 100 31 Oosterbaken Hoogvliet Wonen 2006 32 99 32 Pegasus Rotterdam Wonen 2002 31 98 33 Millennium
  • IEA HPC 2017 Rotterdam City Brochure

    IEA HPC 2017 Rotterdam City Brochure

    12th IEA HEAT PUMP CONFERENCE 2017 Rotterdam 12TH IEA HEAT PUMP CONFERENCE WORLD TRADE CENTER ROTTERDAM 15 - 18 MAY 2017 ‘We’re from Rotterdam - we’ll keep going!’ appeared on a placard just days after by combining heat pumps with thermal the city was devastated by the WWII aerial bombings on 14 May 1940. This motto energy storage (ATES) in principal in many ways typifies the resolute character of Rotterdam and its inhabitants. In always in combination with district the war’s aftermath, a buzzing metropolis was built literally on the post-blitz ruins, heating. including a heating-network throughout the center. Sustainability is an important element In Rotterdam today, immigrants from over 170 different nations help create the city’s of Rotterdam’s vision. The thermal open and cosmopolitan atmosphere. The resolute perseverance of Rotterdam’s energy plan for the underground makes citizens still defines the city’s continual push for innovation at all levels of business, room for heat pump projects. Room for government and community life. innovation, but also literally: room to prevent interference between different Rotterdam is synonymous with innovation, whether it is in architecture, the creative sector thermal storage projects. or the port. Home to Europe’s largest port, Rotterdam is often a trendsetter. Just think of the Maasvlakte II project, extending the port into the sea, and of the architectural tours Rotterdam shows that having district de force in the Kop van Zuid district. heating does not exclude heat pumps nor energy storage, having this base The city on the Maas river is home to the offices of many of the world’s leading load opens opportunities.
  • Hoogbouwbeleid Lessen Tien Hoogbouw? Waarom De Discussie

    Hoogbouwbeleid Lessen Tien Hoogbouw? Waarom De Discussie

    ONDER DE BOMEN HOLLANDSE STAD - Ambities van de stad - Een studie naar Nederlandse hoogbouwcultuur In Nederland zijn hoge gebouwen steeds vaker onderwerp van discussie. De afgelopen jaren worden gestaag steeds meer hoogbouwprojecten gerealiseerd. Soms vanuit een duidelijke wens in de stad, maar net zo vaak zonder stedelijk doel. Veel gemeentes zijn op zoek naar een rode draad en de meerwaarde van hoogbouw voor hun stad. Wat is goede hoogbouw en wat kan het betekenen? Deze publicatie bekijkt het Nederlandse hoogbouwlandschap anno 2008. Wat kan hoogbouw betekenen voor de stad? Welke HOOG aspecten verdienen meer aandacht bij de realisatie van een toren? Wat zijn essentiële randvoorwaarden voor een geslaagd project? En wat is de rol en het belang van de gemeente, architect, ontwikkelaar, belegger en burger in het complexe speelveld van hoogbouw in een overlegcultuur? BOUW ISBN 978-90-809293-4-0 Inhoudsopgave Voorwoord Tien Lessen 6 Hoge gebouwen raken steeds meer ingeburgerd in Waarom Hoogbouw? 8 het Nederlandse landschap. Vroeger was hoogbouw De Discussie 10 voorbehouden aan de centra van de grote steden met soms Tilburg een 'verdwaalde' toren aan de snelweg of langs de kust. Arnhem Heerlen Sinds halverwege de jaren ‘80 lijkt hoogbouw echter Belle van Zuylen definitief doorgebroken. Rotterdam profileert zich, sinds de ontwikkeling van het Weena, als hoogbouwstad. Den Haag en Amsterdam ontwikkelen hoogstedelijke Het Perspectief 16 stationsomgevingen rond hun HSL-stations. In Utrecht Hoogbouw in de wereld ontspint zich een discussie over de bouw van de Belle van Hoogbouw in Nederland Zuylen, een toren van 260 meter hoog aan de A2. Ook in Hoogtepunten andere steden zoals Tilburg, Eindhoven en Maassluis zijn Definities inmiddels hoogbouwprojecten gerealiseerd.
  • High Rise: Our Expertise

    High Rise: Our Expertise

    HIGH-RISE OUR EXPERTISE 15,000 110 EMPLOYEES WORLDWIDE YEARS’ EXPERIENCE 70+ 5 NATIONALITIES CONTINENTS N°69 2 billion+ INTERNATIONAL CONTRACTOR OF SALES ENR TOP 250 RANKING Cover picture: Burj Khalifa, Dubai, UAE Picture below: New Orleans, Rotterdam, The Netherlands 02 BESIX GROUP EXCELLING IN CREATING SUSTAINABLE SOLUTIONS FOR A BETTER WORLD BESIX is a leading Belgian business group, operating on BESIX is an international reference in the building, maritime five continents in construction, real estate development works, environment, sports and leisure facilities, industrial and concessions. buildings, road, rail, port and airport sectors. The Group is currently working on dozens of projects in around Its iconic achievements include Dubai’s Burj Khalifa, the 25 countries on five continents. world’s tallest tower; the Grand Egyptian Museum on the Giza pyramids plateau; the Ferrari World Leisure Center in Abu Its policy of sector diversification is also bearing fruit. Dhabi, the Carpe Diem building in Paris’s La Défense district; Its Concessions & Assets activities have taken off in recent the Al Wakrah Stadium, built for the FIFA World Cup Qatar years. BESIX’s expertise allows it to handle projects from 2022; and the Jebel Ali water treatment plant, an ongoing financial structuring to design and construction through project that will treat Dubai’s entire wastewater to the highest to maintenance. For its part, the Real Estate Development environmental standards. activity led by BESIX RED offers innovative real estate solutions in the residential, commercial and office sectors in five European countries. BESIX’s unique expertise is ensured by it having an in-house Engineering Department, at the forefront of contemporary technologies.
  • Rationalising the Structural Material Choice Process for High Rise Buildings in the Netherlands Master Thesis

    Rationalising the Structural Material Choice Process for High Rise Buildings in the Netherlands Master Thesis

    €env€ Rationalising the Structural Material Choice Process for High Rise Buildings in the Netherlands Master Thesis E.M.R. Koopman Rationalising the Structural Material Choice Process for High Rise Buildings in the Netherlands E. (Esmee) M.R. Koopman – 4730593 [email protected] [email protected] Master Civil Engineering: Building Engineering – Structural Design Technical University of Delft, The Netherlands Company: Arcadis, Rotterdam Period: October 2019 – June 2020 Defence: 10th of July, 2020 Graduation committee: ir. J.G. Rots, ir. R. Crielaard, ing. P. De Jong, ing. Tom Borst 2 Abstract De Randstad is popular place to work and live. The amount of residents will continue to grow and because of that, the housing demand increases the coming years. To accommodate the city growth in a small country as the Netherlands is, the municipalities of de cities in De Randstad turn to high rise buildings. The floor plan of a high rise building gets repeated on every floor and because of that, the design decisions that are part of this repetition are important. The structural material choice is one of these repeated design decisions and thus important. The structural material choice is also important, because it is linked to all the disciplines on the design team and factors like cost and sustainability. Currently 64% of the high rise buildings in the world have only reinforced concrete as structural material. Of the buildings in the Netherlands above 120 m, 86% have only reinforced concrete as structural material. This raises the question if the preference in the Netherlands for concrete comes from a clear decision-making process or if it originates elsewhere? In theory this decision-making process follows an organized cycle called the Basic design cycle.

  • Roaming Rotterdam Route (Approx

    ROAMING EN ROTTERDAM Walking / bicycle route through imposing architecture Visit Museum Boijmans ROAMING Van Beuningen and embark on an THROUGH ROTTERDAM adventure through art from the Middle Ages to Welcome to Rotterdam, the city that enjoys growing inter­ the twenty-first century. national acclaim as a popular destination for city trips. Why? Discover the museum’s You’ll find out for yourself as you roam throughR otterdam. unique collection of The walking route brings you past iconic architecture and masterpieces by Bosch, shows the eclectic mix of old and new that has made Rotter­ Rembrandt, Van Gogh dam so famous – from the Late Gothic architecture of the and Dalí. Add to this the sensational temporary Laurenskerk to the futuristic Markthal. From the Cube Hou­ exhibitions of art and ses on Blaak to the gleaming high­rise buildings on the Kop design from different van Zuid peninsula. The route also takes you through resi­ eras and the restaurant dential neighbourhoods, parks and shopping streets and with its outlook on the along sidewalk cafés, museums and the waterfront. From statue garden, and you Erasmus Bridge you’ll enjoy the view of the Maas River and are guaranteed hours the water taxis and ships sailing by. You’re looking out at of enjoyment in the one of the world’s biggest ports – not to mention that museum. spectacular skyline that Rotterdam is famous for. www.boijmans.nl Walking the entire Roaming Rotterdam route (approx. 10 km) Maurizio Cattelan, Untitled, 2001. Copyright Maurizio Cattelan, courtesy Marian Goodman Gallery, New York. Photo: Attilio Maranzano takes about half a day.
  • Download Download

    Download Download

    FRANK VAN DER HOEVEN, STEFFEN NIJHUIS HI RISE! I CAN SEE YOU PLANNING AND VISIBILITY ASSESSMENT OF HIGH BUILDING DEVELOPMENT IN ROTTERDAM 12.1 INTRODUCTION Western European cities like London, Paris, Rotterdam and Frankfurt am Main have seen im- pressive high building developments over the past two decades. This has led them to develop policies for regulating the planning and construction of tall buildings, high-rise buildings and skyscrapers within their territory. So far, these high building developments and policies have received little attention from the academic community. This chapter elaborates a framework for analysing high building development and the visual impact of high buildings on the surround- ing landscape with the city of Rotterdam as a Western European showcase. It presents a system- atic approach for analysing high building development in terms of architectural height, year of completion, location and functional use, for use in the comparison of existing buildings with the urban policies that are in place. Comprehensive GISc-based viewsheds were used to analyse the visibility of the high buildings, factoring in both meteorological circumstances and the vertical area of the buildings. The showcase city of Rotterdam demonstrates that a considerable distance exists between the vision and reality. The city struggles to deliver a consistent and integrated policy for high-building urban areas, while the high building developments themselves seem to be ruled by a remarkable internal logic that is not fully recognised in policymaking. The impact of tall buildings, high-rises and skyscrapers on neighbourhoods, urban districts and cities is widely acknowledged by architects, urban planners, politicians and developers all 277 over the world.
  • RIS298448 Bijlage Haagse Hoogbouw, Eyeline En Skyline

    RIS298448 Bijlage Haagse Hoogbouw, Eyeline En Skyline

    Haagse hoogbouw Eyeline en Skyline 15 november 2017 2 NOTA HAAGSE HOOGBOUW: EYELINE EN SKYLINE Haagse skyline. Foto: Bart van Vliet INHOUD VOORWOORD 5 6. REGELS EN AMBITIES STADSBREED 29 6.1 Typologie 29 SAMENVATTING 7 6.1.1 Stedelijke laag 29 6.1.2 Plint 31 1. INLEIDING 11 6.1.3 Toren 33 1.1 Waarom nu een nieuwe nota? 11 6.1.4 Kroon 35 1.2 Samen stadmaken 11 6.2 Duurzaamheid en groen 36 1.3 De kansen en de uitdaging 11 6.2.1 Duurzaam gebouw en gebied 36 6.2.2 Groen- en natuurinclusief gebouw en gebied 37 2. DOEL, status en samenhang 12 6.2.3 Buitenruimte 37 2.1 Doel 12 6.2.4 Klimaatbestendige gebouwen en buitenruimte 39 2.2 Status 12 6.3 Microklimaat: zon, schaduw en wind 39 2.3 Juridische doorwerking 12 6.4 Wonen 41 2.4 Samenhang met ander beleid 13 6.5 Bergingen en afval 41 6.6 Parkeren 41 3. DE OPGAVEN 15 6.7 Veiligheid 43 3.1 Agenda Ruimte voor de Stad 15 6.8 Tijdelijke bouwplaats 43 3.2 ‘Slim groeien’ 15 3.3 Wonen 15 7. INTENSIVERINGSGEBIEDEN 45 3.4 Economie en voorzieningen 17 7.1 Het Central Innovation District 45 3.5 Duurzaamheid en groen 18 7.1.1 Nieuw Centrum 46 3.5.1 Gebouw en gebied 18 7.1.2 Omgeving Den Haag Centraal 47 3.5.2 Buitenruimte en groen 18 7.1.3 Beatrixkwartier 49 3.5.3 Klimaatbestendig ontwerp 19 7.1.4 Laakhaven Centraal 50 3.6 Mobiliteit 19 7.1.5 Schenkverbinding 51 7.2 Binckhorst 52 4.
  • Goedgekeurde Cultivars Japan Klik Op Het Gewas Om Naar De Betreffende Lijst Te Gaan

    Goedgekeurde Cultivars Japan Klik Op Het Gewas Om Naar De Betreffende Lijst Te Gaan

    Goedgekeurde cultivars Japan Klik op het gewas om naar de betreffende lijst te gaan ALLIUM 2 BEGONIA 3 CROCUS 5 GLADIOLUS 6 HIPPEASTRUM 8 HYACINTHUS 12 IRIS 14 LILIIUM 18 TULIPA 41 De lijsten per gewas kunnen verschillende jaren/seizoenen betreffen. Het geldende jaar staat boven de lijst vermeld. ALLIUMALLIUM Japan goedgekeurde cultivars 2019 blz: 1 AFLATUNENSE ALBUM (CARINATUM SUBSP. PULCHELLUM) BALLERINA CARINATUM SUBSP PULCHELLUM CHRISTOPHII COWANII EROS FLAVUM GLADIATOR GRACEFUL BEAUTY IVORY QUEEN JEANNINE KARATAVIENSE MOLY OREOPHILUM PURPLE SENSATION SCHUBERTII UNIFOLIUM URSINUM SUBSP URSINUM VIOLET BEAUTY Versie: 03-05-2019 Laatste pagina, aantal pagina's: 1 BEGONIABEGONIA Japan goedgekeurde cultivars 2018 blz: 1 AMERIHYBRID WIT (+ ROOD) AMERIHYBRID WIT (+ ROZE) BOUTON DE ROSE CALYPSO GEEL ORANJE CAMELLIA CASCADE FLORENCE CASCADE GEEL CASCADE ODOROSA CASCADE ODOROSA RED SUNSET CASCADE ODOROSA SWEET PINKCASCADE ODOROSA WHITE CASCADE ODOROSA YELLOW BLUSH FLAME CASCADE ORANJE CASCADE PASTEL CASCADE ROOD CASCADE ROZE CASCADE SCHARLAKEN CASCADE SUNRAY CASCADE WIT CASCADE ZALM DAFFODIL SALMON FIMBRIATA FLAMENCO WIT ROOD ILLUMINATION ABRIKOOS ILLUMINATION ORANJE ILLUMINATION ROZE ILLUMINATION SCHARLAKEN ILLUMINATION WIT LACE APRICOT LACE PINK LACE RED LACE SALMON MARMORATA NONSTOP GEEL NONSTOP LICHTROZE NONSTOP ORANJE NONSTOP ROOD NONSTOP ROZE NONSTOP SCHARLAKEN NONSTOP WIT NONSTOP ZALM ON TOP FANDANGO ON TOP MELON LACE ON TOP PINK HALO ON TOP SUN GLOW ON TOP SUNSET SHADES ON TOP SURPRISE MIX OVERIG DONKERROOD OVERIG DUBBEL BICOLOR OVERIG
  • The Zalmhaven Tower

    The Zalmhaven Tower

    The Zalmhaven tower An investigation on the feasibility of prefab concrete in a high rise building Literature study Sven ten Hagen Student number: 1364049 Date: 29-11-2012 Author: Sven ten Hagen [email protected] Graduation committee: Prof.ir. R. Nijsse ABT/ Delft University of Technology, chairman Prof.ir. A.Q.C. van der Horst BAM Infraconsult/ Delft University of Technology Dr.ir.drs. C.R. Braam Delft University of Technology Ing. H.J Hoorn Zonneveld ingenieurs Ir. D.C. van Keulen Ingenieursstudio DCK/ Delft University of Technology Preface This literature study is the first part of my master thesis research at the faculty of Civil Engineering and Geosciences at Delft University of Technology. With this thesis I will conclude my study Structural Design at the section Building and Structural Engineering. The literature study contains the most important aspects that are required to design a 200 meter high prefabricated tower and the accompanying construction methodology. In report 2 of the literature study, the floor plans, shear deformation calculation, calculations made by Zonneveld ingenieurs and the Fault Tree Analysis are combined. The research report contains the actual design of the Zalmhaven tower and construction methodology. I would like to thank the graduation committee for their time, guidance, knowledge and enthusiasm. Without their effort I would not be able to present the reader this report. I would also like to thank Zonneveld ingenieurs for providing me the opportunity to graduate at a first class engineering company. I sincerely thank all the employees for their support and guidance. Sven ten Hagen, Rotterdam, November 2012 Sven ten Hagen Literature study 3 Table of contents 1 Introduction ...................................................................................................
  • Afstudeeronderzoek “Hoe Hoger, Hoe Duurder?”

    Afstudeeronderzoek “Hoe Hoger, Hoe Duurder?”

    Afstudeeronderzoek “Hoe hoger, hoe duurder?” Onderzoek naar de invloed van de bouwhoogte op de investeringskosten van kantoorgebouwen in Nederland. Naam: Sander van Oss Studienummer: 1039369 Adres: Oude Delft 172 Telefoonnummer: 06-27054831 E-mail: [email protected] Datum: 19 april 2007 Onderzoekslaboratorium Projectmanagement / Bouweconomie II Afstudeerrapport Sander van Oss, Afstudeerlaboratorium Project Management januari 2007 1. Voorwoord Dit afstudeerrapport is geschreven in het kader van het afstudeeronderzoek bij de afdeling Real Estate & Housing van de faculteit der Bouwkunde onderdeel van de Technische Universiteit Delft. Het onderzoek is mede tot stand gekomen door hulp en begeleiding van medewerkers van de TU- Delft, Rijksgebouwendienst (RGD) en OVG projectontwikkeling (OVG). Dit rapport is een het eindresultaat van mijn afstuderen. Het rapport heeft als doel de bevindingen van mijn afstudeeronderzoek te rapporteren met daarin de behaalde resultaten. Hierin is het primaire doel het bepalen van de invloed van de bouwhoogte op de investeringskosten met als resultaat een model waarmee de investeringskosten van hoogbouwkantoren in Nederland bepaald kunnen worden met een onderbouwing die in het begin van het ontwerpproces wenselijk en noodzakelijk is. In dit rapport wordt in het eerste gedeelte een wetenschappelijke onderbouwing van het onderzoek gegeven. Hieruit volgen de onderzoeksopzet en de probleem- en doelstelling. In het tweede gedeelte van het rapport wordt een beschrijving gegeven van de verschillende onderdelen van hoogbouw. Tenslotte wordt aan de hand van interviews en referentieprojecten in het laatste hoofdstuk inzicht gegeven in de ontwikkeling van de kosten en de verhouding bruto vloeroppervlak ten opzichte van verhuurbaar vloeroppervlak van hoogbouwkantoren in Nederland. De conclusies in dit rapport zijn gedeeltelijk tot stand gekomen door het afnemen van interviews.
  • The Netherlands Spatial Development for Port Area in City- Region Focusing on the Case of Kop Van Zuid in Rotterdam

    The Netherlands Spatial Development for Port Area in City- Region Focusing on the Case of Kop Van Zuid in Rotterdam

    ARCHITECTURAL RESEARCH, Vol. 22, No. 4(December 2020). pp.135-143 pISSN 1229-6163 eISSN 2383-5575 The Netherlands Spatial Development for Port Area in City- Region Focusing on the Case of Kop van Zuid in Rotterdam Hee Jae Lee and Heejoon Whang Doctoral Candidate, Department of Architecture, Karlsruhe Institute of Technology, Karlsruhe, Germany Professor, School of Architecture, Hanyang University, Seoul, South Korea https://doi.org/10.5659/AIKAR.2020.22.4.135 Abstract The Netherlands is a human-made country and an extremely well-designed European country as well. The general Dutch spatial planning for the city and environment takes place at a regional level. The local community determines the primary development conditions, and the prospect is included in a legally binding land-use plan. Especially, Rotterdam is a representative port city as the center of world trade and the gateway to western Europe. According to the history of war, the city reconstruction and the movement of the port area have led to a general change in Rotterdam and the regional redevelopment project on the southern port area of Mass river for the expansion of city functions and the balanced development. The research purpose is to understand the spatial development of the Netherlands city-region based on the analysis regarding the Kop van Zuid project, which is a representative implemented case in Rotterdam. The theoretical framework is the five dimensions and twelve indicators of territorial governance from the TANGO research project by the EU. The target case is assessed by planning and social aspect, respectively, and the results are discussed based on the theoretical framework.