Building with Mud and Steel Frames


Building with mud and steel frames is an interesting hybrid between industrial and non-industrial technologies. Two examples:

Building with mud bricks and steel frames 2 “Kazakh architect and artist Saken Narynov created a superstructure able to host what we could call an adobe vertical city. In fact, the structure is used as a matrix that can be more or less densely filled with multifamily habitation units. The traditional earth based material thus hybrids with the steel structure in a very unusual and interesting way and the space resulting between the habitation units and the structure is beautifully occupied by mazes of staircases and elevated pathways.”

“The design recalls recent works by the Chilean architect Marcelo Cortes, who employs a steel meshwork onto which mud is sprayed, but on a far greater scale. Cortes has developed a “quincha metalica”, a form of traditional quincha construction (mud and straw packed between a bamboo or wood frame) that uses a steel frame work.”

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How to Build a Medieval City

how to build a medieval city

The “Dictionnaire raisonné de l’architecture française du XIe au XVIe siècle” is an overwhelming reference work consisting of 9 books (some 5,000 pages in total) on medieval and renaissance architecture in France. It is written in French, as you already suspected, but the detailed illustrations make it worthwhile for all architecture and history devotees. There is really all you need to know to build, for instance, a gothic cathedral, including the gargoyles. The work appeared in 1856 and was written by Eugène Viollet-le-Duc, an architect known for his restorations of medieval buildings. The separate volumes can also be found on the Internet Archive.

 

Building with Pumice

building with pummice“This book represents a first-ever attempt to explain and illustrate how the volcanic material pumice can be processed using simple technologies suitable for developing countries.

In Germany, the first wall-building brick made of pumice and a slow-hardening binder (milk of lime) dates back to the year 1845. That marked the starting point of a local pumice-based building industry in volcanic regions of the Eifel Mountains, where pumice deposits were abundant. As time passed, the material’s market area expanded steadily.

Today’s pumice industry in the Rhineland operates large production facilities and has enough raw material reserves to last beyond the turn of the century at the present rate of production. Pumice, an extremely light, porous raw material of volcanic origin, can be found in many parts of the world, including various developing countries with areas of past or present volcanic activity. In some countries, volcanic ash (with a particle size of less than 2 mm), pumice (with particle sizes ranging from 2 to 64 mm) and consolidated ash (tuff) are traditionally used, on a local scale, as versatile building materials.”

Building with pumice” (pdf-version), Klaus Grasser & Gernot Minke, 1990. More links: 1 / 2. Thanks to Zeltia González Blanco.

Movable Shading Structures

movable shading structures

A house can be cooled in two ways. You can try to get rid of the incoming solar heat using air conditioning. Or you can try to prevent the sun from entering the house. The last option can be achieved by movable shading structures. The French house on the picture was built in 2009 by Karawitz Architecture.

Its shuttered bamboo skin can be used to keep the sun out in summer. The shutters can be opened in winter, exposing the large south-facing windows. The house, which stands in Bessancourt (not far from Paris), has no active heating or cooling system. Info + pictures. Via Build it solar. Thanks to Paul Nash.

Related: Window orientation and shading.

Window Orientation and Shading

window orientation and shading

“In sunny southern locations, protecting your windows from the sun is an important component of good window management. The first step is to know how the sun moves through the sky and to orient the building and place the windows in it so as to minimize direct solar admission through your windows.” Read more.

“Sustainable By Design provides a suite of shareware design tools to calculate the right dimensions and placing for your specific location, wherever you are.

  • SunAngle: our premier tool for solar angle calculations.
  • SunPosition: calculates a time series of basic solar angle data.
  • Sol Path: visualization of the path of the sun across the sky.
  • Window Overhang Design: visualization of the shade provided by a window overhang at a given time.
  • Window Overhang Annual Analysis: visualization of window overhang shading performance for an entire year.
  • Overhang Recommendations: suggested climate-specific dimensions for south-facing window overhangs
  • Light penetration: visualization of the penetration of sunlight into a room
  • Louver Shading: visualization of louvered shading system performance for an entire year.
  • Vertical Fin Shading: visualization of a vertical fin shading system performance for an entire year
  • Window Heat Gain: calculation of monthly heat gain through windows.
  • Panel Shading: visualization of the shading of rows of flat panel collectors throughout the year.”

Interesting follow-up at Treehugger.

Low-tech Vertical Garden in Ibiza, Spain

lowtech vertical garden ibiza

Jardín vertical low-tech en Ibiza” by Spanish architects Urbanarbolismo. The garden acts as a sound barrier between a club’s outdoor central courtyard and nearby appartments. The ceramic elements – used as a planting medium – are placed so that irrigation water can easily enter from above. No automated irrigation systems are required. Urbanarbolismo makes use of local plant varieties.

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