© Aman Sonel

• Architects: Design Buro Architects
• Location: Ratlam, Madhya Pradesh 457001, India
• Architect In Charge: Navendu Shrivastava
• Area: 746.0 m2
• Project Year: 2014
• Photographs: Aman Sonel

• Structural Consultants: Design Buro Architects

© Aman Sonel

From the architect. From making huts of two fold paper in childhood to buildings in the public realm, architecture has been always been all around us in one form or another. The Apex is an approach to residential architecture from basics to the modern. The triangular form with the conventional notion of a home in the country has been converted into an elegant structure that houses the living spaces within.

© Aman Sonel

Elevation

The residence is spread on a single floor with just the basic functional spaces for a nuclear family with an approach to keep them connected with just a minimal corridor. The plan spreads from an open plan living cum dining area opening to the swimming pool on one side and to a corridor on the opposite that connects to the bedrooms on one end and spaces for guests on the other. 

© Aman Sonel

The house has been designed around the basic passive principles of climate control. The maximum heat gain occurs via the roof; hence the slabs are protected from direct sunlight via an air ventilated cavity formed with a layer of cement sheet board covered with Shingles supported on a steel frame. The cavity helps achieve a significant drop in the temperature between the inside and the outside. 

Section

© Aman Sonel

The ventilation system is in accordance to the large volumes inside the rooms. The exhaust fan below the ridge of the structure proves out to be a great solution as per the stack effect, providing an escape to the hot air that rises up initiating a fresh air flow inside through the windows below.

© Aman Sonel

The concerned factor of security and clear vision at the same time has been solved with dividing the windows in two types. Firstly, the double layered toughened glass sliding windows for clear visions making the exterior landscape a part the interior and secondly, the louvers with mosquito nets, enabling user to control the flow of fresh air by adjusting the louvers. They also ensure safety at the same time.

© Aman Sonel

Presence of the swimming pool on the south west side, moisturizes the prevailing winds; the large openings on the south in the living area and narrow openings on the north in the corridor, creates an airy cross ventilation system in accordance to the funnel effect and keeps the large living and dining space cool and ventilated all round the day.

© Aman Sonel

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© Parham Taghioff

• Architects: Admun studio
• Location: Tehran, Tehran Province, Iran
• Architect In Charge: Shobeir Mousavi , Amirreza Fazel , Mehdi Kolahi
• Area: 200.0 m2
• Project Year: 2016
• Photographs: Parham Taghioff , Mehdi Kolahi

• Design Team : Masoud Almasi _ Zohreh Baghejari _ Niusha Ghasem _ Ramtin Haghnazar _Marjan Rafighi _ Bita Latifi _ Roshanak Fathi
• Client : esmaeel heidari

© Mehdi Kolahi

Diagram

From the architect. Due to the increase in capital in Tehran (the capital of Iran), most interior projects are a product of demolition of the existing buildings and their replacement with a brand new design which has caused negative impacts on the environment, during the past years. On the other hand, the considered location for this project was rented for a limited time, therefore, minimizing the negative effects of demolition through keeping the existing walls, choosing wood and iron as the materials with the potential to return to the life cycle, designing details capable of being easily assembled and disassembled with the potential to be repeated in the future branches to avoid budget and recourse waste are considered the main issues in interior design of this restaurant.

© Mehdi Kolahi

Section

From old days, Iranians have lived in spaces with separated private and public boundaries which limited access to the private spaces. So, Iranians have a memory from the past in their subconscious that increases their tendency for using quiet and peaceful spaces likewise the old ones. Therefore, what is considered most in this project is designing a new transparent surface in response to the various social and cultural needs of the users (customers and staff), hence the entrance with a high ceiling was considered as the start point of circulation so that continuity of this hollow space arises the observers’ curiosity and attracts them into the space breaking its inactivity and bringing movement and dynamism into it.

© Mehdi Kolahi

The new surface is created adjacent to this hollow space. The access corridors are designed in a way that they do not interrupt the created private boundaries adding a new identity to the space while keeping it integrated.

© Mehdi Kolahi

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© Christopher Frederick Jones

• Architects: M3 Architecture
• Location: Barcaldine QLD 4725, Australia
• Architect In Charge: M3 Architecture
• Area: 465.0 m2
• Project Year: 2016
• Photographs: Christopher Frederick Jones

© Christopher Frederick Jones

Elevation East

From the architect. This project transforms an iconic outback Queensland pub into stage 1 of a cultural and tourism hub. The building contains an information centre, history room, a commercial tenancy, and sets out the shell for an art gallery.

© Christopher Frederick Jones

The pub, which was built in 1910, closed down a number of years ago and was purchased by the Barcaldine Regional Council in 2011. The Council’s vision was for a distinctive contemporary statement on a prominent corner in the main street. As Council’s architects, we proposed an outcome that would communicate this vision as well as celebrate the existing building.

Our design focuses on a series of new layered experiences. The project is a respectful, contemporary version of the single skin built form and allows the town to both retain, and build on, its history.

© Christopher Frederick Jones

The original perimeter verandah, more than 100 years old, was structurally unsafe and needed to be rebuilt. This gave us the opportunity to look at appropriate (contemporary) forms of protection and layering for the existing single skin walls.

The nature of single-skinned construction allows us to see and understand the layers of a building – the load bearing structure, the bracing, the cladding and the ornament.

© Christopher Frederick Jones

The building opens up to reveal the extent of layering at all scales; the street, the verandah, the wall and its frame, ornament and the interior room, the wrapping verandah and screens, and finally the landscape beyond. Balustrades are expressed cross braced timber frames, which mimic the structure and layering of the existing walls and reference the cross braced road train carriages that pass by. The verandah posts, balustrades, rain and shade screens, external ornament and stairs layer over each other to protect the single-skinned walls.

© Christopher Frederick Jones

Translucent twin-wall cladding, transparent polycarbonate linings, and powder coated SS screening all add new layers to the building. The result reframes the building in bold abstracted gables, and elongated verandah forms.

© Christopher Frederick Jones

A new weathered western steel screen combines the pattern of the existing wall framing and bracing with the original verandah lattice screen and the ornament of the interior door lights. The screen, in the colour of the local soil, fluctuates between acting as a wall, a form of lattice and an experience of suspended landscape. Appropriate for a single-skinned building in a town known as an outback oasis.

The project was designed in association with Brian Hooper Architect, and is 300m from the national award-winning Tree of Knowledge project (also designed by m3architecture in association with Brian Hooper Architect in 2009). 

Panel Detail

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In our global society, the movement of humans from one country to another has had extraordinary impact, changing our perceptions through the the exchange of ideas and introduction of new cultures. This can be seen in the adoption of traditional architectural techniques in contemporary architecture, as well as in the dissemination of contrasting architectural philosophies such as the International Style and Critical Regionalism.

Now, in this new interactive map produced by Max Galka of Metrocosm, these movements have been tracked in a eye-catching, easy-to-read infographic.

To create this map, Galka tracked down immigration statistics from the UN Population Division’s estimates for Total Migrant Stock from 2010 to 2015, searching to answer the questions: “How many migrants are there? Where are they coming from? And where are they going?”

Check out the interactive map below, and visit Metrocosm for a full analysis.

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© Joe Fletcher

• Architects: Feldman Architecture
• Location: Healdsburg, CA 95448, United States
• Architect In Charge: Jonathan Feldman, Bridgett Shank, Kevin Barden
• Area: 2890.0 ft2
• Project Year: 2015
• Photographs: Joe Fletcher

• Contractor: Jungsten Construction
• Landscape Architect: Arterra Landscape Architects
• Structural Engineer: Strandberg Engineering

© Joe Fletcher

Comprised of perpendicular bars atop a hill overlooking the village of Healdsburg, this home offers both ample social space ideal for entertaining and the privacy of a rural retreat. 

© Joe Fletcher

Floor Plan

The taller section runs along the ridge of the hill and houses the home’s great room under lofty ceilings and a simple shed overhanging roof, filled with light and views let in through tall glass walls.  Four oversized glass panels open dramatically on each side, transforming the space into an outdoor pavilion whose flush concrete floors extend into a poolside patio to the north and into a terrace featuring a fire pit to the south to offer comfortable outdoor areas for both hot and cool weather.   With these doors drawn up, the site offers one sweeping, continuous view from the pool, through the great room, and down into the distant village below.

© Joe Fletcher

Designed for social clients who love to entertain, the great room features a small, efficient kitchen with a larger, working kitchen ideal for caterers tucked discretely away.  The perforated panels in the room’s ceiling that absorb sound during large parties and the discrete stone strips across the floor that delineate zones within the space without visual barriers act as subtle details that add both refinement and functionality to the great room.

© Joe Fletcher

From its intersection with the great room, the home’s second wing extends towards the north and becomes incrementally more private as it flows from the garage to a media room opening onto the pool to the master bedroom at its rear.  The master bed looks out through another oversized operable glass panel onto the rolling meadow beyond, establishing a visual connection with the land in the first and last moments of each day.  Just a short walk away, a guesthouse extends the wing’s path down the hill and offers an additional level of privacy.

© Joe Fletcher

With dark-stained cedar siding and low stone landscape walls that anchor the building, Healdsburg 1 offer a modest and thoughtful response to both its site and the client’s needs.

Product Description:
The Renlita doors are a significant architectural feature of the home.  Their size and operability become a key spatial and aesthetic component to the home allowing for large vertically stacked openings and maximized views.

© Joe Fletcher

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Known for its light weight and high strength properties, graphene has been promised to us as the material of the future for quite some time now. But difficulties in translating its 2D strength into 3-dimensional applications have so far held it back from common use. Now, thanks to new research by the Massachusetts Institute of Technology (MIT), that future may now be closer than ever before. In the school’s latest experiment, researchers have discovered how the material could be shaped into to sponge-like form to resist forces 10 times greater than steel.

The innovation comes in the object’s complex geometry. Starting with a computer model, researchers 3D printed 2 similar forms in a magenta colored polymer, one thinner object and one with thicker walls and folds.

They then subjected the two models to compression testing. Unexpectedly, the lighter object was found to be able to withstand greater pressures – this is because the thinner walls allowed the structure to deform incrementally, while the thicker walls hold a higher deformation energy capacity, which releases all at once in an explosive performance.

While not made of graphene, these models represent new ways of thinking about the material’s structure.

“You can replace the material itself with anything,” said Markus Buehler, MIT’s head of Civil and Environmental Engineering. “The geometry is the dominant factor.”

Potential uses for the structure would include coating polymer or metal particles with graphene using a heat and pressure treatment, which would leave the graphene’s lightweight, super strong structure in tact. MIT believes this material could then be applied to build anything from long-span bridges to ultra-efficient water filtration systems.

For more information on this research, click here.

News via MIT. H/T Engadget.

Six “Miracle” Materials That Will Change Their Industries
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