Archive for the ‘Footbridge’ Category
Sunday, September 8th, 2013
Article source: Knight Architects
Conceived by bridge specialists Knight Architects and structural engineers AKT II following a limited design competition in 2012, the 3m wide cantilevered Merchant Square footbridge spans 20m across the Grand Union Canal and is raised using hydraulic jacks with an action similar to that of a traditional Japanese hand fan. This creates a kinetic sculpture whose silhouette is both legible and extraordinary and which is well suited to the position on Sunset Terrace next to the canal.
Image Courtesy © Knight Architects
- Architects: Knight Architects
- Project: Merchant Square footbridge
- Location: Grand Union Canal, England
Sunday, September 1st, 2013
Article source: McDowell+Benedett
The structure consists of a steel spine cantilevering around from a 3-dimensional braced ring structure approximately 16m in diameter. The spine is a hybrid structure with the ‘root’ section conceived as a diagrid/shell structure and the tip as a shell structure. Steel plates clad the surface of the walkways whilst horizontal bracing provides additional longitudinal stiffness.
Image Courtesy © Timothy Soar
- Architects: McDowell+Benedett
- Project: River Hull Footbridge
- Photography: Timothy Soar
- Main Contractor: Qualter Hall
- Structural Consultants: Alan Baxter Associates
- M&E Engineer: Qualter Hall
- Lighting Consultant: Sutton Vane Associates
- Landscape Architect: Grontmij
- Public Art/Sound: Nayan Kulkarni, NK Projects (UK) Ltd
- Civil Design: HBPW LLP
- Civils – Bridge: A Torn Construction
- Civils – Landscaping: Jackson Civil Engineering
Tuesday, October 16th, 2012
Article source: Geninasca Delefortrie Architectes FAS SIA
When a place speaks, the most constructive reaction is to listen to it rather than to converse with it. The crossing of the Areuse at a precise point of the gauge was the demand.
The answer is this footbridge, an organic structure, ensuring a better echo with the site and the river. The objective power of this artefact holds in its ability the power to blend in perfectly with the site and get clearly noticed. There is no submission to the place but just respect.
Image Courtesy © Thomas Jantscher
- Architects: Geninasca Delefortrie Architectes FAS SIA
- Project: Footbridge Crossing L’Areuse
- Location: Combe des Epines, 2017 Boudry, Neuchatel, Switzerland
- Photography: Thomas Jantscher
- Client: Canton of Neuchâtel
- Civil Eegineer: Chablais and Poffet SA, Estavayer-le-Lac
- Manufacturer Metal: Technical Metal Sàrl
Saturday, September 8th, 2012
Article source: DVVD
I. SITE – CONTEXT
The footbridge links the centre of Meaux, more particularly the station, to Grand Ile, a medieval district located within a bend of the Marne. The decision to locate the bridge on the bend of the river allows it to provide a greater number of views, and increases the ways in which the structure can interact with its environment.
Image Courtesy Vincent FILLON / unregard.net
- Architect: DVVD
- Project: Footbridge over the river Marne in Meaux
- Location: Meaux, France (50 km from Paris)
- Project Architect: Marilyn Marouillat
- Client: City of Meaux
- Design firm: DVVD
- Complete Project Photos: Vincent FILLON / unregard.net
- Drawings: DVVD (Daniel Vaniche, Bertrand Potel, Vincent Dominguez)
- Contractors: Brisard Dampierre (framework) / Demathieu & Bard (concrete building)
- Span: 160 meters
- Steel tonnage: 140 t
- Cost of construction: 1 900 000 €
- Year of completion: 2011
- Text credits: DVVD
- Software used: Robot – Bisco – Autocad – Revit Architecture – Studio Max – Adobe CS5.5
Saturday, July 14th, 2012
Article source: Decodeine
Competition Amsterdam footbridge 2012 by Margot Krasojevic
Water management is still the most important function of Amsterdam canals. Without them, the city would drown. Circulating the water is also vital for sanitary reasons. In the days when windmills had to do the job, the stench of the water could become unbearable in periods with little wind or rain.
Three times a week, 14 of the 16 existing waterlocks around the city close up, so clean water can be pumped in from the big lake IJsselmeer. The current that is created pushes the dirty canal water out through the open locks on the other side of the city. Specialized cleaning boats with big scoops and nets patrol frequently clean surface debris. Since 2005, all the houseboats in the city are connected to the sewer system.
Water Purifying Footbridge
- Architects: Decodeine
- Project: Water Purifying Footbridge
- Location: Amsterdam, The Netherlands
- Project Architect: Margot Krasojevic
- Software used: 3dsMax and Vray for renders and Microstation for design details
Sunday, July 1st, 2012
Article source: Ravetllat Ribas Arquitectos
The footbridge seeks only to be a link between the two banks of the river Segre where it crosses the city of Lleida. Understood more as an itinerary than as a place in which to remain, the new footbridge at no time pretends to erase the perception of being suspended at a great height over the riverbed. This thought has led to an adjusted dimensioning that make compatible pedestrian and bicycle traffic with that of service vehicles. In this way, the crossing of the entire width of the river is solved with two single pillars and no other support.
- Architects: Ravetllat Ribas Arquitectos
- Project: Footbridge over the River Segre
- Location: Avinguda dels Camps Elisis. Lleida, Catalunya, Spain
- Developer: Ajuntament de Lleida
- Authors: Pere Joan Ravetllat, Carme Ribas, Nicolás Markuerkiaga, Andreu Estany
- Collaborators: Olga Schmid, Daniel Mòdol, Mariana Plana, Architects, Javier Rui-Wamba, Ricardo Gil, Engineers
- Enterprise executor: Sorigué S.A.
- Project ending: July 2001
- Construction ending: December 2003
- Surface: 3.650 m2
- Budget: 1.101.054 €
- Photography: Lourdes Jansana, Nicolás Markuerkiaga
Friday, December 2nd, 2011
Article source: Dominique Perrault Architecture
The burying underground of the highway that ran along the edges of the Manzanares river provided the opportunity to open up a new urban territory to the inhabitants of Madrid: the Manzanares Park. A series of bridges over the river will allow passage from one side of the park to the other. Designed to link the neighborhoods on the right and left banks of the river, the Arganzuela Footbridge will be the longest of all the bridges to be built. The bridge will be for both pedestrians and cyclists.
Construction-Site (Images Courtesy DPA)
- Architect: Dominique Perrault Architecture
- Name of Project: Arganzuela Footbridge
- Location: Parque de la Arganzuela, 28045, Madrid, Spain
- Site area: 10 ha
- Built area: footbridge 150 m (section 1) 128 m (section 2) length, 5 to 12 m width
- Beginning of conceptual design: February 2005
Friday, December 2nd, 2011
Article source: DVVD
Due to the separation of pedestrian and vehicular traffic, bridges are particularly significant landscapes in public space in Evry. One key requirement quickly emerged: the need to prevent objects being thrown onto vehicles beneath the footbridge. At the same time as offering better user safety, we also wanted the bridge to be transparent and fun. We combined these architectural intentions and technical considerations to create a steel structure forming a volume which encompasses pedestrians.
Image Courtesy Alain Philippe Baudry Knops
- Architects: DVVD
- Project: Pedestrian footbridge
- Location: Evry, France
- Client: AFTRP
- Engineering: DVVD
- Span: 70 m
- Budget: 800 000 euros
- Construction work: 2006 – 2007
- Photography : DVVD / Alain Philippe Baudry Knops
- Software used: AutoCAD
Tuesday, November 22nd, 2011
Article source: JBMC Architecture
Cidade Nova Metro Station and Footbridge are located on Presidente Vargas Avenue, Gamboa, downtown Rio de Janeiro. Already under construction in a stretch of elevated tracks, Cidade Nova will enable the integration between the two existing lines, playing a key role in the 2014 FIFA World Cup.
Image Courtesy Nelson Kon
- Architects: João Batista Martinez Corrêa Architect
- Project: Cidade Nova Metro Station and Footbridge
- Location:Avenida Presidente Vargas, Rio de Janeiro, RJ – Brazil.
- Client/ Developer: Metro Rio
- Completion Date: 2010
- Size: 4297 sqm (Station), 1824 sqm (Footbridge)
- Awards: 1st Prize Magazine Arquitetura e Contrução – Category Urban Intervention – 2011 Shortlisted at World Architectural News Awards 2009 – Category “Urban Design”.
- Software used: AutoCAD and SketchUp
Saturday, October 15th, 2011
Article source: Ahlbrecht Felix Scheidt Kasprusch
Industrial archaeological Park of Rhineland Industrial Museum
By the end of 2007, the regional authority and the city Oberhausen announced a bounded competition.
The archaeological excavations of St Antony have been realized to make the region accessible to the first blast furnace of the Ruhr. The competition challenge implied to protect these archaeological excavations by a weather barrier and, furthermore, make them tangible by a footbridge.
Febuary 2008, the jury advised to arrange the architects awarded by the first prize, Ahlbrecht Felix Scheidt Kasprusch in cooperation with the engineering office Schülke & Wiesmann with further planning.
Front View in Night (Images Courtesy Deimel & Wittmar)
- Architect: Ahlbrecht Felix Scheidt Kasprusch, Essen · Berlin
- Name of Project: St Antony Hütte in Oberhausen – Cradle of the Ruhr Merge
- Location: Oberhausen, Germany
- Awarding authority: LVR Landschaftsverband Rheinland
- Structural engineer: Schülke & Wiesmann, Dortmund
- Photographs: Deimel & Wittmar
- Software used: Graphisoft ArchiCAD