Concrete-clad sports hall by Idis Turato features both faceted and bumpy facades

Faceted concrete blocks protrude from one side of this sports hall in Croatia, while its bumpy southern and western walls were made by casting concrete panels over a bed of stones (+ slideshow).

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Domagoj Blazevic

Designed by Croatian architect Idis Turato, the building is located in the small town of Krk, on the island of the same name, and it functions as both a sports hall for a primary school and an events space for the local community.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

The building sits within a new public square surrounded by a mixture of churches, monasteries and school buildings, and the architect created different concepts for each of the building’s elevations to correspond with the varying architectural styles.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Idis Turato

“One of the direct inspirations for all the facades and external walls of the hall were the existing walls of the surrounding monasteries,” Turato told Dezeen.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Domagoj Blazevic

“The wall is the main concept of the hall, being different regarding the context that is in front of it,” he continued. “Each one of those monastery walls, dating back from different periods, have different textures and also different sizes.”

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

The northern side of the building fronts the town square and features a faceted concrete surface with a terrazzo finish and sliced openings that form windows.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Ivan Dorotic

“The monoliths on the facade that face the square are monumental and dominant,” said the architect. “They accentuate the representative character of the newly formed large public square in town, and are a direct reply towards the high towers on the square.”

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Jure Zivkovic

The southern and western facades are built over the archeological remains of another monastery and a chapel, which were uncovered during the construction process. These dry stone walls informed the design of the new concrete elevations built on top, which were cast against small stones to create a textured surface that inverts the appearance of the existing structures.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

“These ‘concrete innards’, as we call them, are a negative of the dry stone walls,” explained Turato. “Our wish was to make contemporary but simple concrete prefabricates that are visually different and recognisable, but also blend in as a continuation of the existing walls and their textures.”

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Domagoj Blazevic

The remaining elevation faces the school and is finished in white render to match the appearance of its neighbour, which was designed by Idis Turato a few years earlier.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Domagoj Blazevic

The interior of the building is decorated in bold colours that stand out against the raw concrete interior. A first-floor balcony provides seating during matches and events, plus an underground tunnel creates a private route into the school.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

Slabs of red terrazzo provide the surface of the surrounding square, intended to contrast with the pale colour of the concrete walls.

Here’s a project description from Turato Architecture:


Sports Hall and Public Square in Krk

One of the main focuses of the Turato Architects’ Hall and Square project in Krk was to finish an architectural dialogue started way back in 2005, when Idis Turato completed an elementary school, Fran Krsto Frankopan (with his former studio “Randić Turato”).

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Ivan Dorotic

The new hall, which opened shortly before the summer of 2013, is situated in the very vicinity of the above-mentioned school, just across a narrow pedestrian street. The completion of the new sports building and public square was a crown achievement of the architect’s quest to complete an integral urban ensemble on top of Krk’s old town, thereby creating a newly defined focal point of high importance.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Ivan Dorotic

The newly built hall, aside from being a gym facility for the school pupils – who can now easily access it through an underground corridor – aims to meet demands of the local community as well, housing sports events as well as future cultural activities and public festivities on a larger scale. This is the reason why the north-eastern corner of the hall’s facade opens up onto the square, providing functional continuity of passing through and enabling them to become almost one.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Ivan Dorotic

The school-hall-square assembly is surrounded by several churches and monasteries, as well as by two tall church towers that act as the square’s vertical accents. Together, they all define and describe this wide public space, which, depending on occasion, can function both as a secular and an ecclesiastical pedestrian zone.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

On the very site of the new hall there used to be an old student dorm, which had been used in past as a gym facility for the school. Prior to the hall construction it had to be demolished. The demolition, however, unearthed several new and important archaeological discoveries on the site, thus creating a whole new context for the hall itself.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Jure Zivkovic

All that had been found on the site had to be preserved as discovered. The architects took this fact to be crucial in redefining the concept according to the new input. This affected directly the very organisational scheme of the project. The excavated and preserved church and monastery walls were to become integral parts of the new building, with new walls and facades of the hall emerging directly from the restored, older ones.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

Yet another contextual element was important in forming the shape and size of the building. These are the high walls, seen throughout the old town of Krk, especially around the aforementioned monasteries, enclosing the town lots, lining the narrow streets of the town. These site-specific structures surround the hall itself as well.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Domagoj Blazevic

Behind these walls different stories are taking place daily, balancing between the public and the private, depending on the usage of the space enclosed. The high walls of the western hall facade, next to the Franciscan monastery, are then but a continuation of these town alleys. This is where the story of the walls, their origin, context and their shape began, resulting in variety of the facade walls, formally corresponding to the context, input and location.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Ivan Dorotic

Although seemingly set “back”, on secondary surfaces (the western alley and southern facade), the most recognisable and by far the most unique element of the hall itself is a wall consisting of original and striking prefabricated concrete elements. The architect named these the innards due to their origin and their fabrication, and the ambiguity of the impression they leave upon the viewer, due to a formal factor of its (un)attractiveness.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

The innards are in fact unique precast elements produced as a negative of a dry stone wall, or more precisely – made by placing stones in a wooden mould, covering them with a PVC foil and pouring concrete over it all. In this way the negative of the stones forms the “face” of the precast element. This inverse building process, a simple and basic fabrication with a distinct visual impact, is an invention of the hall’s author. It happened as a result of researching simple building materials with a crafty bricklayer, with whom the architect had collaborated on several projects in the past as well.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Jure Zivkovic

On the other hand, the most representative facade of the hall, the one visually dominating the square, is the facade constructed out of six impressively large concrete monoliths, weighing up to 23 tons. The monolithic blocks are finished off with a layer of ‘terrazzo’, which is an ancient technique usually used for floor finishes, requiring hours of polishing by hand.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Domagoj Blazevic

Here, however, the terrazzo is redefined and used vertically, fittingly renamed into a “vertical terrazzo”. While this sudden vertical use of the finish creates a shiny and finely shaded facade, its “normal” use, on horizontal surfaces, is recontextualised and rethought once again, since this finish, usually ‘reserved’ for interiors, is now used for exterior surfaces of the public square.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

The red colour of the square’s terrazzo floor panels is in contrast to the lightness of the hall’s facade. Its smoothness and slip-resistance is achieved by application of a layer of epoxy after polishing.

Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Photograph by Sandro Lendler

The fourth facade, facing the school, with its formal look and finish (done in plaster lime mortar) confirms that the new building remains in a direct communication with the existing educational facility, sharing its function.

3D concept diagram of Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
3D concept diagram – click for larger image
Site plan of Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Site plan – click for larger image
Ground floor plan of Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Ground floor plan – click for larger image
First floor plan of Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
First floor plan – click for larger image
Section one of Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Cross section – click for larger image
Section two of Concrete-clad sports hall by Idis Turato with both faceted and bumpy facades
Long section – click for larger image

The post Concrete-clad sports hall by Idis Turato
features both faceted and bumpy facades
appeared first on Dezeen.

Pavilion made of 3D-printed salt by Emerging Objects

American studio Emerging Objects 3D-printed this pavilion using salt harvested from San Francisco Bay (+ slideshow).

Saltygloo by Emerging Objects

“The structure is an experiment in 3D printing using locally harvested salt from the San Francisco Bay to produce a large-scale, lightweight, additive manufactured structures,” said Ronald Rael and Virginia San Fratello of additive manufacturing startup Emerging Objects.

Saltygloo by Emerging Objects

They explained that 500,000 tonnes of sea salt are harvested each year in the San Francisco Bay Area using power from the sun and wind. “The salt is harvested from 109-year-old salt crystallisation ponds in Redwood City,” they said. “These ponds are the final stop in a five-year salt-making process that involves moving bay water through a series of evaporation ponds. In these ponds the highly saline water completes evaporation, leaving 8-12 inches of solid crystallised salt that is then harvested for industrial use.”

Saltygloo by Emerging Objects

In addition to being a renewable resource, the salt is inexpensive compared to commercially available printing materials and creates strong lightweight components.

Saltygloo by Emerging Objects

They claim that their pavilion is the first to be printed from salt but draws on traditional techniques for building with the material. “No one has ever 3D-printed a building out of salt,” Rael told Dezeen. “However, there is a long tradition of architecture constructed of salt blocks, particularly in the Middle East and in desert environments.”

Saltygloo by Emerging Objects

The 336 unique translucent panels of the Saltygloo structure were made in a powder-based 3D printing process where a layer of salt is applied then fixed in place selectively with a binding agent, before the next layer of salt is deposited and the process is repeated.

Saltygloo by Emerging Objects

The panels were then connected together to form a rigid shell, further supported with lightweight aluminium rods flexed in tension.

Saltygloo by Emerging Objects

“Each panel recalls the crystalline form of salt and is randomly rotated and aggregated to create a larger structure where all tiles in the structure are unique,” explained the designers.

Saltygloo by Emerging Objects
Photography by Matthew Millman

“The form of the Saltygloo is drawn from the forms found in the Inuit igloos, but also the shapes and forms of tools and equipment found in the ancient process of boiling brine,” they added. “The translucent qualities of the material, a product of the fabrication process and the natural properties of salt, allow for natural light to permeate the space, highlight the assembly and structure, and reveal the unique qualities of one of humankind’s most essential minerals.”

Saltygloo by Emerging Objects
Photography by Matthew Millman

Rael and San Fratello are professors of architecture and design at the University of California Berkeley and San Jose State University. They founded Emerging Objects six months to focus on printing architecture from a diverse set of materials, largely renewable or sources from industrial waste, including some they have developed themselves.

Saltygloo by Emerging Objects

Besides salt, they are also working in 3D-printed wood, cement and paper, adapting old models of 3D-printers to suit their materials and processes. “Emerging Objects is interested in the creation of 3D printed architecture, building components and furnishings that can be seen as sustainable, inexpensive, stronger, smarter, recyclable, customisable and perhaps even reparable to the environment,” they explain.

Saltygloo by Emerging Objects

The Saltygloo pavilion follows a piece of furniture printed in the same way and the firm is now gearing up to produce a large-scale architectural room. “We see possibilities to create building enclosures and building cladding systems, as well as free standing walls using the salt material,” Rael told us.

The project is on display at the Museum of Craft Design as part of an exhibition called New West Coast Design 2 until 5 January 2014.

Design team: Ronald Rael, Virginia San Fratello, Seong Koo Lee.
Fabrication team: Ronald Rael, Seong Koo Lee, Eleftheria Stavridi
Material development: Ronald Rael, Mark Kelly, Kent Wilson
Special thanks: Professor Mark Ganter, Solheim Lab, University of Washington, Ehren Tool, Department of Art Practice, University of California Berkeley, Department of Architecture, University of California Berkeley, Department of Design, San Jose State University, Kwang Min Ryu and Chaewoo Rhee.

The post Pavilion made of 3D-printed salt
by Emerging Objects
appeared first on Dezeen.

House extension with stepping stones leading inside by Haberstroh Schneider Architekten

Swiss firm Haberstroh Schneider Architekten has extended a house in Basel by adding a chain of three rooms, creating a new semi-enclosed courtyard that is filled with stepping stones (+ slideshow).

Haus von Arx by Haberstroh Schneider Architekten

Haberstroh Schneider Architekten removed a number of previous extensions to reduce Haus von Arx to its original size, before adding the new volumes to the western edge of the building to provide a home office and library.

Haus von Arx by Haberstroh Schneider Architekten

The architects designed the courtyard and stepping stones to allow the family to move between the existing house and the extension.

Haus von Arx by Haberstroh Schneider Architekten

“We wanted this area, as small as it is, to be a space for contemplation, where movements slow down and one is not able to rush through,” they told Dezeen.

Haus von Arx by Haberstroh Schneider Architekten

A sheltered porch creates a separate entrance for the extension, leading through to a library with floor-to-ceiling bookshelves, and then on into the small office.

Haus von Arx by Haberstroh Schneider Architekten

The architects also added a guest bedroom and bathroom above the house’s existing garage, as well as a new swimming pool and pavilion on the east side of the building.

Haus von Arx by Haberstroh Schneider Architekten

The exterior of the extensions is finished in white render, contrasting with the grainy grey-painted facade of the main house.

Haus von Arx by Haberstroh Schneider Architekten

Existing living rooms and bedrooms were left to their original layout, but a curving staircase with iron balustrades was painted in a deep shade of green.

Haus von Arx by Haberstroh Schneider Architekten

“We wanted to enhance the very elegant stairs so we decided to paint them a dark green that, besides contrasting with the rest of the house, is a colour used traditionally on the interior of historical, wealthy and important houses,” added the architects.

Haus von Arx by Haberstroh Schneider Architekten

Photography is by Fernando Guerra.

Here’s a project description from the architects:


Haus von Arx

The former building – originally built in 1951 – had been extended, converted and renovated several times over the past years. As a consequence, it presented itself as an accumulation of heterogeneous rooms and styles.

Haus von Arx by Haberstroh Schneider Architekten

In discussions with the new owner we developed the idea of reducing the building to both its original size and primary qualities.

Haus von Arx by Haberstroh Schneider Architekten

The dismantling of all the old additional elements called for a controlled addition of new expansions.

Haus von Arx by Haberstroh Schneider Architekten

These new volumes were clustered at the western side of the plot, touching the old building only in one place.

Haus von Arx by Haberstroh Schneider Architekten

While the old building had been freed from any disturbing elements and thus restored to its classic elegance, the new cubes present a composition of simple and plastically reduced volumes.

Haus von Arx by Haberstroh Schneider Architekten

The cubes, according to their different position, spacing and size, create fascinating passageway- and patio-situations with the old building.

Haus von Arx by Haberstroh Schneider Architekten

To the south-western side of the plot we removed the former winter garden. In its place we constructed a generous, open garden pavilion which works well as mediating element between old building, pool area and the garden.

Haus von Arx by Haberstroh Schneider Architekten

Architects: Haberstroh Schneider Architekten, Basel
Planners: Proplaning AG, Basel Schnetzer Puskas Ingenieure AG, Basel ProEngineering AG, Basel Stokar + Partner AG, Basel Locher, Schwittay Gebäudetechnik GmbH, Basel August + Margrith Künzel Landschaftsarchitekten AG, Binningen
Place: Binningen BL, Schweiz
Year of construction: 2012

Ground floor plan of Haus von Arx by Haberstroh Schneider Architekten
Ground floor plan – click for larger image
First floor plan of Haus von Arx by Haberstroh Schneider Architekten
First floor plan – click for larger image
Section one of Haus von Arx by Haberstroh Schneider Architekten
Long section one – click for larger image
Haus von Arx by Haberstroh Schneider Architekten
Long section two – click for larger image
Section three of Haus von Arx by Haberstroh Schneider Architekten
Cross section one – click for larger image
Section four of Haus von Arx by Haberstroh Schneider Architekten
Cross section two – click for larger image

The post House extension with stepping stones leading
inside by Haberstroh Schneider Architekten
appeared first on Dezeen.

Chameleon Cabin made from paper changes colour when viewed from either side

This corrugated paper cabin designed by architect Mattias Lind is printed to resemble black marble on one side of the folds and white marble on the other so it looks different from either side (+ slideshow).

Chameleon Cabin made from paper changes colour when viewed from either side

Mattias Lind of Swedish firm White Arkitekter developed the Chameleon Cabin in collaboration with branding agency Happy F + B to demonstrate the capabilities of local printing firm Göteborgstryckeriet.

Chameleon Cabin made from paper changes<br /> colour when viewed from either side

As well as the folded elevations, the two gable ends are also printed in corresponding shades so that the entire building looks black or white depending on which side it’s viewed from. A bright yellow interior provides a contrasting warmth that also covers the window reveals.

Chameleon Cabin made from paper changes<br /> colour when viewed from either side

The proportions of the building are based on the Swedish friggebod, a small shed that can be erected without planning permission.

Chameleon Cabin made from paper changes<br /> colour when viewed from either side

The corrugated folds of the modules that form the walls and gabled roofline create a stable structure and are fitted together using a simple system of tabs and slots.

Chameleon Cabin made from paper changes<br /> colour when viewed from either side

A total of 95 modules were needed to assemble the building, which weighs approximately 100 kilograms and has a floor space of around seven square metres. The modular construction system could be used to produce buildings of any length.

Chameleon Cabin made from paper changes<br /> colour when viewed from either side

The entire structure is made from MiniWell, a two-millimetre-thick corrugated paper produced by Swedish company EuroWell. It is pictured here at Tjolöholms Castle in Sweden and is being presented as a promotional display at packaging trade shows.

Chameleon Cabin made from paper changes<br /> colour when viewed from either side

Photography is by Rasmus Norlander.

Chameleon Cabin made from paper changes<br /> colour when viewed from either side
Components used to build the cabin
Chameleon Cabin made from paper changes<br /> colour when viewed from either side
Components used to build the cabin

The post Chameleon Cabin made from paper changes
colour when viewed from either side
appeared first on Dezeen.

Dezeen’s A-Zdvent calendar: Daniel Libeskind

Advent-calendar-Daniel-Libeskind

Daniel Libeskind is the twelfth addition to our A-Zdvent calendar of architects. Pictured here is the New York architect’s extension to the Dresden Museum of Military History, which features a pointed steel and glass shard through the skin of the historic museum, but he also recently unveiled plans to build an angular apartment block in Berlin.

See more architecture by Daniel Libeskind »

The post Dezeen’s A-Zdvent calendar:
Daniel Libeskind
appeared first on Dezeen.

Blackened timber house extension hidden in the forest by Marchi Architectes

Paris studio Marchi Architectes layered up timber slats of different thicknesses and proportions to give an irregular texture to the walls of this sunken house extension in Normandy, France (+ slideshow).

Blackened timber house extension with textured walls by Marchi Architectes

Adélaïde and Nicola Marchi designed the single-storey Black House to accommodate a new open-plan kitchen, dining room and lounge for an existing family house, allowing the owners to reconfigure their current layout.

Blackened timber house extension with textured walls by Marchi Architectes

The structure extends from the rear of the property, but is set at the lowest level of the site so that it is barely noticeable from a road running alongside.

Blackened timber house extension with textured walls by Marchi Architectes

Black-stained timber cladding covers the walls and roof of the extension, allowing it to look like the shadow of the main house, while the textured surface was designed to help it blend in with the surrounding woodland.

Blackened timber house extension with textured walls by Marchi Architectes

“The dark timber cladding plays with light and shadows so that the extension disappears in the shade of the forest around,” said the architects.

Blackened timber house extension with textured walls by Marchi Architectes

Shutters are clad with the same material and can be slid across the windows to screen the interior.

Blackened timber house extension with textured walls by Marchi Architectes

Inside, a two-stage staircase folds around one corner to create routes into the extension from different storeys of the house. There’s also an extra door leading straight out to the garden.

Blackened timber house extension with textured walls by Marchi Architectes

The kitchen is tucked into the corner beneath the staircase, while the dining table sits in the middle of the space and the living area is positioned at the far end.

Blackened timber house extension with textured walls by Marchi Architectes

A pair of skylights help to distribute natural light through the room and heating is provided by a wood-burning stove.

Blackened timber house extension with textured walls by Marchi Architectes

Photography is by Fernando Guerra.

Read on for a short project description from Adélaïde and Nicola Marchi:


Black House

The client wanted to move the living spaces to a more open and transparent space, in order to free some spaces in the old house. A unique volume is set up, arranging kitchen, living and dining room. From the interior, wide views are offered to the garden and landscape.

Blackened timber house extension with textured walls by Marchi Architectes

The extension is connected to the existing house as a structurally light volume, as not to overload the foundations. The project is minimal: the volume is integrated in the surrounding, partially recessed in the topography of the ground to stand lower than the street level.

Blackened timber house extension with textured walls by Marchi Architectes

The dark timber cladding plays with light and shadows so that the extension disappears in the shade of the forest around.

Blackened timber house extension with textured walls by Marchi Architectes

Program: Housing
Size: 80 m2
Date of design: 2010-2013
Date of completion: 2013

Blackened timber house extension with textured walls by Marchi Architectes

Project team: Olivia Massimi, Marcello Orlandini
Client: Private
Consultants: Baldeschi, SBH, Valentin, Vauchel-Louvel

Blackened timber house extension with textured walls by Marchi Architectes
Ground floor plan – click for larger image
Blackened timber house extension with textured walls by Marchi Architectes
First floor plan – click for larger image
Blackened timber house extension with textured walls by Marchi Architectes
Cross section – click for larger image
Blackened timber house extension with textured walls by Marchi Architectes
Long section – click for larger image
Blackened timber house extension with textured walls by Marchi Architectes
Side elevation – click for larger image
Blackened timber house extension with textured walls by Marchi Architectes
Rear elevation – click for larger image

The post Blackened timber house extension hidden
in the forest by Marchi Architectes
appeared first on Dezeen.

Fashion collection features solar panels for charging a mobile phone

Flaps in this range of clothing by Dutch fashion designer Pauline van Dongen open up to reveal solar panels, enabling the wearer to become a walking mobile phone charger (+ movie).

Wearable Solar by Pauline van Dongen

Pauline van Dongen collaborated with Christiaan Holland from the HAN University of Applied Sciences and solar energy expert Gert Jan Jongerden on the Wearable Solar project, which aims to integrate photovoltaic technology into comfortable and fashionable clothing.

Wearable Solar by Pauline van Dongen_dezeen_2

“Wearable Solar is about integrating solar cells into fashion, so by augmenting a garment with solar cells the body can be an extra source of energy,” Van Dongen told Dezeen at the Wearable Futures conference in London. “It’s really about the true integration of technology and fashion, which can transcend the realm of gadgets.”

Wearable Solar by Pauline van Dongen_dezeen_3

The dress features 72 flexible cells attached to panels on the front of the garment that can be folded outwards to capture sunlight. Forty-eight rigid crystal solar panels are incorporated into leather flaps on the jacket’s shoulders and waist so they can be revealed when the sun shines and hidden when not in use.

A standard charging plug connects the solar panels directly to a mobile device, and Van Dongen claimed that a garment exposed to direct sunlight for one hour could capture enough energy to charge a typical smartphone to 50 percent capacity.

Wearable Solar by Pauline van Dongen_dezeen_4

Van Dongen said the comfort and weight of these garments could be improved by experimenting with flexible photovoltaic cells, adding that other hardware such as batteries also needs to be refined before wearable technology will become part of everyday life.

“Wearability is very important to my work because I am a fashion designer,” explained Van Dongen. “We’re dealing here with the human body and it’s not just a static body, it’s dealing with movement and expressions, a sensory surface so it’s very important to stress the wearability.”

Wearable Solar by Pauline van Dongen_dezeen_5

“We’re not very far away from people actually wearing these garments that I design,” said Van Dongen, adding that the project team are also currently seeking investment to translate it into a commercially viable enterprise.

“I think it’s important to see which technologies are really ready to be implemented, how people would deal with them, how people would feel in those clothes, what it could mean to them. And of course looking at the cost of these technologies. If you’re integrating 80 solar cells then of course you’re adding to the cost and you have to look at how much people are willing to pay for it.”

Wearable Solar by Pauline van Dongen_dezeen_6

The project is being presented at Wearable Futures, an event showcasing innovations in wearable technologies which is taking place in London from 10-11 December.

Here is some more information from the designer:


Wearable Solar

Solar cells have been constructed to capture solar light and convert it into electricity. Their internal structure is layered and resembles the stratified cells of the human body, which naturally interacts with sunlight. If a body is augmented with solar cells it will embody enough electrical power to become a real source of energy. For the Wearable Solar project, a coat and a dress have been designed placing solar cells close to the body.

Wearable Solar by Pauline van Dongen_dezeen_7

The two wool and leather prototypes comprise parts with solar cells which can be revealed when the sun shines or folded away and worn invisibly when they aren’t directly needed. The coat incorporates 48 rigid solar cells while the dress 72 flexible solar cells. Each of them, if worn in the full sun for an hour, can store enough energy to allow a typical smartphone to be 50% charged. The Sun is the biggest source of energy on earth and now that fossil fuels are depleting, it’s time we come up with a sustainable alternative.

The multi-disciplinary team behind Wearable Solar is composed by: Pauline van Dongen, Christiaan Holland (Project leader Gelderland Valoriseert from the HAN) and Gert Jan Jongerden (Solar-energy expert).

The post Fashion collection features solar panels
for charging a mobile phone
appeared first on Dezeen.

Ziiiro launches Eclipse watch with floating markers and luminous dial

Eclipse Ziiiro grey

Dezeen Watch Store: Eclipse, the latest timepiece from Ziiiro, has a luminous ring in place of hour markers and is now in stock in three colour variations.

Eclipse Ziiiro white
Main image: Eclipse in grey This image: Eclipse in snow

As with previous watches from the brand, Eclipse dispenses with conventional time-telling techniques. In place of the typical hands, the watch has two markers that seem to float above a ring on the dial.

Eclipse Ziiiro black
Eclipse in black

One marker is slightly larger than the other, allowing them to pass over each other and for the wearer to differentiate between hours and minutes.

Eclipse Ziiiro grey
Eclipse in grey

The luminescent ring on the dial is filled with a patented Swiss pigment called Super-LumiNova that can be powered by sunlight or artificial light and glows in the dark. This means that Eclipse can easily be read at any time of the day or night.

Eclipse Ziiiro white
Eclipse in snow

The 38-millimetre stainless steel case is topped with a hardened mineral crystal lens and the watch is powered by Japanese Miyota movement.

A comfortable rubber strap with a metal buckle completes the timepiece.

Eclipse Ziiiro grey
Eclipse in grey

Hong Kong-based Ziiiro launched in 2010. The brand adheres to futuristic and minimalist principles inspired by the philosophy “zero buttons, zero loose parts, zero numbers.”

Eclipse is available in three colour variations: grey, snow and black.

Eclipse Ziiiro black
Eclipse in black

Buy Eclipse for £129 with free shipping »

Visit Dezeen Watch Store to shop the full Ziiiro collection »

Eclipse Ziiiro white
Eclipse in snow

You can buy all our watches onlinecheck the Christmas shipping dates before you purchase. And don’t forget you can visit our watch store pop-up in our north London showroom, which will be open for the next two weekends in December.

Dezeen Watch Store Christmas pop-up

Place: The Surgery, 100a Stoke Newington Church Street, Stoke Newington, London, N16 0AP
See map
Date: 14-15 and 21-22 December
Opening hours: 10am-6pm (Saturday), 11am-5pm (Sunday)

www.dezeenwatchstore.com

The post Ziiiro launches Eclipse watch with
floating markers and luminous dial
appeared first on Dezeen.

Jacques Herzog: The Pérez Art Museum “is a naked structure”

Dezeen and MINI World Tour: Jacques Herzog of Herzog & de Meuron explains how the Pérez Art Museum Miami was designed so that everything is visible and there is no strict barrier between inside and outside, in our second movie from Miami.

Pérez Art Museum by Herzog & de Meuron
Pérez Art Museum facade – photograph by Iwan Baan

“The building is a naked structure; everything you see is at the same time carrying, so structural, and space-making, so spaces defining and containing,” Herzog tells Dezeen.

“There is no inside/outside, there is nothing that is masked, so everything you get is doing all you expect from architecture. In that sense it’s a very honest or very archaic architecture.”

Pérez Art Museum by Herzog & de Meuron
Veranda – photograph by Iwan Baan

Herzog & de Meuron‘s Pérez Art Museum Miami opened to the public last week in downtown Miami and accommodates 3000 square-metres of galleries within a three-storey complex with a huge elevated veranda.

A car park is on show beneath the building, while a single roof shelters both indoor and outdoor spaces.

Pérez Art Museum by Herzog & de Meuron
View from the veranda. Copyright Dezeen.

“Typologically you could say that this is a building built on stilts,” says the architect. “Layers end with a trellis-like roof and start with a platform which is also kind of a trellis, under which you can park your car and that also is open to the elements. Literally everything is visible, is part of the whole.”

Pérez Art Museum by Herzog & de Meuron
Exhibition galleries – photograph by Iwan Baan

The architect describes how galleries were designed to open out to the veranda so that “landscape would walk inside the building”.

“We wanted to do buildings that are transparent or permeable, so that inside/outside would not be a strict barrier,” he explains.

Pérez Art Museum by Herzog & de Meuron
Exhibition galleries – photograph by Iwan Baan

Exhibition galleries occupy the two lower floors of the museum and were organised to encourage a fluid transition between spaces.

“The special concept of the museum is this kind of sequence of spaces, which are more fluid,” says Herzog. “It’s a new kind of museum typology, which we believe was right to do here.”

Pérez Art Museum by Herzog & de Meuron
Auditorium staircase. Copyright Dezeen.

The building also features an auditorium that doubles up as a connecting staircase.

Pérez Art Museum by Herzog & de Meuron
Auditorium staircase. Copyright Dezeen.

“The auditorium staircase is an attempt to do more than just an auditorium – that would be a space that is closed and only used when there is a performance or conference – but to introduce it so that you have a grand stair leading people up to the main gallery floor,” says the architect.

He continues: “By means of curtains it can be subdivided, so it gives more opportunities to the curators and directors, and the people here.”

Pérez Art Museum by Herzog & de Meuron
Jacques Herzog and Dezeen’s Marcus Fairs in a bay window. Copyright: Dezeen

Bay windows puncture the walls of the first-floor galleries and contain benches that visitors can use to take a break from exhibitions.

“This is to give the windows more than just the role of being a hole in the facade,” adds Herzog. “This again is a transitional element between inside and outside, inviting people to rest, sit and warm up a little bit.”

Jacques Herzog of Herzog & de Meuron
Jacques Herzog. Copyright: Dezeen

The post Jacques Herzog: The Pérez Art
Museum “is a naked structure”
appeared first on Dezeen.

Self-repairing trainers 3D-printed from biological cells by Shamees Aden

London designer and researcher Shamees Aden is developing a concept for running shoes that would be 3D-printed from synthetic biological material and could repair themselves overnight.

Protocell Trainers by Shamees Aden
Photograph by Sam J Bond

Shamees Aden‘s Protocells trainer would be 3D-printed to the exact size of the user’s foot from a material that would fit like a second skin. It would react to pressure and movement created when running, puffing up to provide extra cushioning where required.

Aden developed the project in collaboration with Dr Martin Hanczyc, a professor at the University of Southern Denmark who specialises in protocell technology. Protocells are very basic molecules that are not themselves alive, but can be combined to create living organisms.

Protocell Trainers by Shamees Aden

By mixing different types of these non-living molecules, scientists are attempting to produce artificial living systems that can be programmed with different behaviours, such as responsiveness to pressure, light and heat.

“The cells have the capability to inflate and deflate and to respond to pressure,” Aden told Dezeen at the Wearable Futures conference in London. “As you’re running on different grounds and textures it’s able to inflate or deflate depending on the pressure you put onto it and could help support you as a runner.”

Protocell Trainers by Shamees Aden

After a run, the protocells in the material would lose their energy and the shoes would be placed in a jar filled with protocell liquid, which would keep the living organisms healthy. The liquid could also be dyed any colour, causing the shoes to take on that colour as the cells rejuvenate.

“You would take the trainers home and you would have to care for it as if it was a plant, making sure it has the natural resources needed to rejuvenate the cells,” said the designer.

Protocell Trainers by Shamees Aden

Aden added that her footwear project was intended to help a broader range of people comprehend the potential of protocell technology, and claimed the speculative results could become reality by 2050.

Protocell Trainers by Shamees Aden

The project is being presented at Wearable Futures, an event focusing on innovations in wearable technologies taking place in London from 10-11 December.

Photography is by the designer unless otherwise stated.

The post Self-repairing trainers 3D-printed from
biological cells by Shamees Aden
appeared first on Dezeen.