Hoogbouwbeleid Lessen Tien Hoogbouw? Waarom De Discussie
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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 -
The Volcanic Foundation of Dutch Architecture: Use of Rhenish Tuff and Trass in the Netherlands in the Past Two Millennia
The volcanic foundation of Dutch architecture: Use of Rhenish tuff and trass in the Netherlands in the past two millennia Timo G. Nijland 1, Rob P.J. van Hees 1,2 1 TNO, PO Box 49, 2600 AA Delft, the Netherlands 2 Faculty of Architecture, Delft University of Technology, Delft, the Netherlands Occasionally, a profound but distant connection between volcano and culture exists. This is the case between the volcanic Eifel region in Germany and historic construction in the Netherlands, with the river Rhine as physical and enabling connection. Volcanic tuff from the Eifel comprises a significant amount of the building mass in Dutch built heritage. Tuffs from the Laacher See volcano have been imported and used during Roman occupation (hence called Römer tuff). It was the dominant dimension stone when construction in stone revived from the 10th century onwards, becoming the visual mark of Romanesque architecture in the Netherlands. Römer tuff gradually disappeared from the market from the 12th century onwards. Early 15th century, Weiberner tuff from the Riedener caldera, was introduced for fine sculptures and cladding; it disappears from use in about a century. Late 19th century, this tuff is reintroduced, both for restoration and for new buildings. In this period, Ettringer tuff, also from the Riedener caldera, is introduced for the first time. Ground Römer tuff (Rhenish trass) was used as a pozzolanic addition to lime mortars, enabling the hydraulic engineering works in masonry that facilitated life and economics in the Dutch delta for centuries. Key words: Tuff, trass, Eifel, the Netherlands, natural stone 1 Introduction Volcanic tuffs have been used as building stone in many countries over the world. -
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. -
Walking in the Hague
EN Walking in The Hague NINE CENTURIES OF HAGUE ARCHITECTURE A walking tour along historic and modern buildings in The Hague www.denhaag.com 1 Walking in The Hague Nine centuries of Hague architecture Welcome to The Hague. For over 400 years now, the city has been the seat of the Dutch government. Since 1981, it is a royal city again and a city of peace and justice. The Hague is more than 750 years old and has, over the last century-and-a-half, developed into a large urban conglomerate, with a great deal of activity, cultural facilities and first-rate shops. From a town of 75,000 inhabitants in 1850, The Hague has grown into the third largest city of the Netherlands with almost 500,000 inhabitants. Owing to this late but explosive growth, The Hague has very striking architecture from the 19th th and 20 century. The Hague Convention and Visitors Bureau has From 1900, the well-known architect H.P. Berlage created an interesting walk especially for lovers of (1856-1934) made his mark on the city. His brick architecture. You begin this walk of about two-and- buildings are sober in character; the decorations a-half hours on Hofweg, indicated on the map by a have been made subordinate to the architecture. We advise you to follow the route on the map. After Berlage, the architects of De Stijl and the New Of course, you can always take a break during your Realism strove for taut and functional architecture. walk for a visit to a museum or a nice cup of coffee. -
Guía-8-G2004-.Nl-.De-.Dk-.Se-.No .Pdf
PAÍSES BAJOS (NEDERLANDS) Breda 3 Rotterdam. 6 ne Delft 19 La Haya (Den Haag) 20 Amsterdam 27 Almere 54 Utrecht 56 Hilversum 60 Arnheim 63 Ede 64 Otterloo 64 Maastricht 65 Eindhoven 67 ALEMANIA (DEUTSCHLAND) Duisburg 71 Essen. 71 de Munster 73 Osnabrück 73 Hannover 74 Wolfsburg 74 Hamburg 75 DINAMARCA (DanmaRK) Copenague (Kovenhavn) 83 Rødrove. 95 dk Aarhus 96 SUECIA (SVERIGE) Malmö 98 Gotemburgo (Göteborg). 99 se Estocolmo (stockholm) 101 NORUEGA (NORGE) Oslo 110 Hamar. 115 no Fjærland 116 Alvdal 116 1 .ne 2 breda La antigua base militar Chassé, situada en el centro de Breda, ha sido recuperada para la ciudad. El plan director trazado por OMA establece una batería de intervenciones, edificios residenciales, edificios públicos, aparcamien- tos, espacios públicos y una serie de funciones adicionales que generan un nuevo paisaje dentro del contexto urbano. El diseño se basa en el modelo de campus universitario, como disparador para generar una vida urbana abierta. Esto se debe a las condiciones particulares del sitio: un espacio vacío en el centro de la compacta ciudad de Breda, pero que también forma parte de un bolsón verde que sirve de recueste a la ciudad y que está definido por tres parques: el parque de Deportes, el parque Wilhemina y el parque Brabant. El espacio verde funciona como unificador de los diversos edificios que se erigen espaciados en el sitio. Además del plan, OMA proyecto uno de los bloques de viviendas y el aparcamiento. Este conjunto se resuelve mediante un borde de manzana macizo, que se conforma a partir del encastre y apilamiento de tres bloques, donde se desarrollan las viviendas y un volumen central vacío. -
Defensie- En Oorlogsschade in Kaart Gebracht (1939-1945)
Defensie- en oorlogsschade IN KAART GEBRACHT (1939-1945) Elisabeth van Blankenstein MEI 2006/ZEIST In opdracht van het Projectteam Wederopbouw van de Rijksdienst voor de Monumentenzorg 2 Inhoudsopgave Inhoudsopgave 3 Ten geleide 5 Inleiding 7 A. Toelichting gebruikte bronnen 9 B. Voorkomende begrippen en termen 11 Deel 1 13 Algemene overzichten defensie-, oorlogsgeweld- en bezettingschade 1) Woningen 14 2) Boerderijen 18 3) Schadecijfers woningen, boerderijen, bedrijven, kerken, scholen, enzovoort 22 4) Spoorweggebouwen 24 5) Spoor- en verkeersbruggen 25 6) Vaarwegen, sluizen, stuwen en havens 29 7) Molens 31 8) Bossen 33 9) Schade door inundaties 35 10) Schade door Duitse V-wapens 41 11) Schadeoverzichten per gemeente 42 12) Stagnerende woningbouw en huisvestingsproblematiek 1940 - 1945 49 13) Industriële schade door leegroof en verwoesting 50 14) Omvang totale oorlogsschade in guldens 51 Deel 2 53 Alfabetisch overzicht van defensie-, oorlogs en bezettingsschade in provincies, regio’s, steden en dorpen in Nederland Bijlage 1 Chronologisch overzicht van luchtaanvallen op Nederland 1940-1945 219 Colofon 308 3 4 Ten geleide In 2002 werd door het Projectteam Wederopbouw van de Rijksdienst voor de Monumentenzorg (RDMZ) een eerste aanzet gegeven tot een onderzoek naar de oorlogsschade in het buitengebied. Het uiteindelijke doel was het opstellen van een kaart van Nederland met de belangrijkste wederopgebouwde en heringerichte gebieden van Nederland. Belangrijkste (eerste) bron voor het verkennend onderzoek was uiteraard Een geruisloze doorbraak. De ge- schiedenis van architectuur en stedebouw tijdens de bezetting en wederopbouw van Nederland (1995) onder redactie van Koos Bosma en Cor Wagenaar. Tijdens het verkennend onderzoek door stagiaire Suzanne de Laat bleek dat diverse archieven niet bij elkaar aansloten, met betrekking tot oorlogsschade slecht ontsloten waren, verschillende cijfers hanteerden en niet altijd eenduidig waren. -
Fachexkursion Nach Holland / Belgien
Fachexkursion nach Holland / Belgien Erasmusbrücke, UN Studio, 1996 / De Rotterdam, Rem Koolhaas – OMA, 2013 (Foto: © mihaiulia – fotolia.com) Hauptbahnhof Rotterdam Centraal, Benthem Crouwel Architects / Meyer en Van Schooten Architecten / West 8, 2014 ( Foto: © dglavinova – fotolia.com) Kongresszentrum Mons, Daniel Libeskind, 2015 (Foto: © CCM – Georges De Kinder) .............................................................................................................................................................. Termin: Mittwoch, 15. – Sonntag, 19. Juni 2016 Fachliche Reiseleitung: DI Michael Koller Architect – Urban Planner – Journalist Hooftskade 50, NL – 2526 KA Den Haag www.atelierkoller.com Organisation: Timea Üveges ZIVILTECHNIKER-FORUM für Ausbildung und Berufsförderung Schönaugasse 7, 8010 Graz Veranstalter: Reisebüro und Verkehrsunternehmen P. Springer & Söhne Plüddemanngasse 104, 8042 Graz .............................................................................................................................................................. ................................................................................................................................................... 1.Tag – Mittwoch, 15. Juni 2016 Graz / Klagenfurt / Wien – Amsterdam Den Haag – Rotterdam Austrian Airlines: 06.00 – 06.35 Uhr Flug Graz – Wien 06.00 – 06.35 Uhr Flug Klagenfurt – Wien 07.20 – 09.15 Uhr Flug Wien – Amsterdam Treffpunkt aller TeilnehmerInnen in der Ankunftshalle Begrüßung durch den fachlichen Reiseleiter Architekt -
VU Research Portal
VU Research Portal The Internal Structure of Cities: Koster, H.R.A. 2013 document version Publisher's PDF, also known as Version of record Link to publication in VU Research Portal citation for published version (APA) Koster, H. R. A. (2013). The Internal Structure of Cities: The Economics of Agglomeration, Amenities and Accessibility. Tinbergen Institute. General rights Copyright and moral rights for the publications made accessible in the public portal are retained by the authors and/or other copyright owners and it is a condition of accessing publications that users recognise and abide by the legal requirements associated with these rights. • Users may download and print one copy of any publication from the public portal for the purpose of private study or research. • You may not further distribute the material or use it for any profit-making activity or commercial gain • You may freely distribute the URL identifying the publication in the public portal ? Take down policy If you believe that this document breaches copyright please contact us providing details, and we will remove access to the work immediately and investigate your claim. E-mail address: [email protected] Download date: 24. Sep. 2021 Is the sky the limit? 4 High-rise buildings and office rents * 4.1 Introduction In contemporary cities, skyscrapers are an increasingly common sight in areas where rents are high. Urban economists usually assume that high density buildings are merely the result of a high price for land, which provides an incentive to economise on land and to increase expenditure on building capital (Mills, 1967; Fujita, 1989; Lucas and Rossi-Hansberg, 2002). -
Hoogbouw in De Ruimte
Master Thesis Economische Geografie Hoogbouw in de Ruimte Rinse Gorter Augustus 2008 Studentnr: 1300083 Begeleider: Prof. Dr. P.H. Pellenbarg Opleiding: Economische geografie 2 -2- Voorwoord Voor u ligt het onderzoek dat ik gedaan heb ter afronding van de masteropleiding Economische Geografie aan de RijksUniversiteit te Groningen. In een paar zinnen voorafgaande aan het werkelijke onderzoek wil ik graag alle mensen in mijn omgeving bedanken voor hun bijdrage, hulp en steun. In het bijzonder wil ik mijn vader bedanken voor zijn op- en aanmerkingen die mij vaak verder hielpen in het schrijfproces. Daarnaast wil ik Prof. Dr. P.H. Pellenbarg bedanken die mij begeleid heeft bij het schrijven van mijn masterthesis. Verder wil ik Dhr. A. Edzes bedanken voor het vervullen van de taak als tweede begeleider. Natuurlijk zijn ook vrienden en andere familieleden onmisbaar geweest bij het tot stand komen van dit eindproduct. Rinse Gorter, 10 juli 2008 3 -3- Abstract This thesis, written in the finalizing stage of the master’s degree in Economic Geography at the RijksUniversiteit Groningen, is about high-rise buildings in the Netherlands. The title ‘Hoogbouw in de Ruimte’ would literally be translated in English as ‘High-rise buildings in Space’ but (because mankind is still not able to build on the moon) should be read as ‘high- rise buildings and their environment’. High-rise buildings in the Netherlands are starting to play an increased role in Dutch municipal policy. Because of the lack in national high rise building policy, most of the major cities have developed their own policy on skyscrapers. When we look at the history of the skyscraper in the Netherlands, there has been a shift from public development before the 1980’s to private development after 1990. -
Rich Cities with Poor People; Waterfront Regeneration in the Netherlands and Scotland -- Utrecht 2010: Knag/Faculteit Geowetenschappen Universiteit Utrecht
Rich cities with poor people Nederlandse Geografische Studies / Netherlands Geographical Studies Redactie / Editorial Board Drs. J.G. Borchert (Editor in Chief ) Prof. Dr. J.M.M. van Amersfoort Dr. P.C.J. Druijven Prof. Dr. A.O. Kouwenhoven Prof. Dr. H. Scholten Plaatselijke Redacteuren / Local Editors Dr. R. van Melik, Faculteit Geowetenschappen Universiteit Utrecht Dr. D.H. Drenth, Faculteit der Managementwetenschappen Radboud Universiteit Nijmegen Dr. P.C.J. Druijven, Faculteit der Ruimtelijke Wetenschappen Rijksuniversiteit Groningen Dr. L. van der Laan, Economisch-Geografisch Instituut Erasmus Universiteit Rotterdam Dr. J.A. van der Schee, Centrum voor Educatieve Geografie Vrije Universiteit Amsterdam Dr. F. Thissen, Afdeling Geografie, Planologie en Internationale Ontwikkelingsstudies Universiteit van Amsterdam Redactie-Adviseurs / Editorial Advisory Board Prof. Dr. G.J. Ashworth, Prof. Dr. P.G.E.F. Augustinus, Prof. Dr. G.J. Borger, Prof. Dr. K. Bouwer, Prof. Dr. J. Buursink, Prof. Dr. G.A. Hoekveld, Dr. A.C. Imeson, Prof. Dr. J.M.G. Kleinpenning, Dr. W.J. Meester, Prof. Dr. F.J. Ormeling, Prof. Dr. H.F.L. Ottens, Dr. J. Sevink, Dr. W.F. Sleegers, T.Z. Smit, Drs. P.J.M. van Steen, Dr. J.J. Sterkenburg, Drs. H.A.W. van Vianen, Prof. Dr. J. van Weesep ISSN 0169-4839 Netherlands Geographical Studies 391 Rich cities with poor people Waterfront regeneration in the Netherlands and Scotland Brian Doucet Utrecht 2010 Koninklijk Nederlands Aardrijkskundig Genootschap Faculteit Geowetenschappen Universiteit Utrecht This publication has been submitted as a PhD thesis in partial fulfilment of the requirements for the award of the degree of Doctor (PhD) at Utrecht University. -
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
€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.