Tie rods are integral in structural engineering, primarily for transmitting traffic loads and alleviating compression forces within a structure. These slender components, resembling cables or metal bars, offer seamless integration into a space, lending themselves to visually appealing designs through repetition. They have applications ranging from furniture design to large-scale urban infrastructure projects, including suspension and cable-stayed bridges.
In a world grappling with environmental challenges, forward-thinking architects and engineers are increasingly leaning towards more sustainable solutions. While steel and concrete have long dominated the construction industry, bamboo is now stepping into the limelight as a compelling alternative. Thanks to its potent mix of strength, flexibility, and eco-friendliness, bamboo is fast becoming the go-to material for those keen on pushing the boundaries of sustainable architecture.
Bridging this transformative moment in sustainable design is the timely arrival of the "Bamboo Structures" eBook series, which this article is based on. Acting as a touchstone in the field, the first volume focuses on the structural design process behind the Luum Temple—a masterclass in bamboo engineering. The guide serves as more than just a theoretical text; it is a comprehensive manual teeming with real-world insights, cutting-edge research, and practical expertise.
Although the use of color can be employed to hide or disguise a specific characteristic, it can also be used to highlight them. Within the Latin American territory, we can observe that shades of red, green, and blue have predominated in residential architecture, aiming to integrate a language appropriate to the context in which it is implemented.
In an age where humanity's detrimental impact on the environment has become increasingly evident, the concept of rewilding is emerging as a powerful approach to conservation and ecological restoration. In line with growing attention on landscape architecture in recent years, the idea of removing human intervention from our natural surroundings in order to restore a stable equilibrium seems to offer a low-effort, ethereal way to right fundamental climate wrongs. But is a lack of meddling in nature really all there is to rewilding, and how does this relate to architecture and design? We look at key concepts, applications, and examples to find out.
Concrete has enormous resistance to compressive stress, but it is a fragile material in terms of tension, which occurs when forces are applied in opposite directions of a structure, tending to separate the parts. This is why the incorporation of steel into concrete –which provides high levels of strength when stretched– has made so-called reinforced concrete the world's most widely used construction method. In other words, reinforced concrete combines the intrinsic advantages of its two components (concrete and steel reinforcement) to produce an extremely robust, versatile, and practical material. These steel reinforcements, in addition to reinforcing concrete, can also be used in art installations, facades, and even interiors.
There are several constructive technologies to configure the structural system of a building. From the 1960s onwards, the adoption of techniques that enabled the interaction between different materials became increasingly common, diversifying the design language and seeking the main advantages each element has to face certain situations. Over the years, some mix concrete, wood, stones or steel.
The precast and prefabricated elements made of concrete (such as slabs, pillars, beams and walls) are part of the constructive process known as modular construction. A construction methodology carried out in stages, based on the standardization of the parts that make up the building, with its modules produced on an assembly line, transported and assembled to shape the architecture.
Besides changing our perception of interior spaces, colors are an excellent device for architects. With them, it is possible to highlight some elements or areas, create rhythm in the environment and give possible hints on how the eye can travel through it. One of the alternatives to achieve these goals is to paint the structures, which can bring a solid identity to the project since its components stand out and make the spatial notion even more playful.
Contrary to what some people mistakenly say, half-timber is not a style, but a building technique. Brought to Brazil by German immigrants, it was used mainly in regions of Espírito Santo, Santa Catarina and Rio Grande do Sul. The technique has now become a strong attraction for tourists. But after all, what defines it?
Fundamental for the development of large metropolises as we know them today, cement is a material used historically, whose technological advances have revolutionized construction technique and technology of civil construction, enabling the verticalization of construction and the densification of urban centers. Cement, both added to water and sand to make mortar and combined with steel and aggregate to form concrete, performs different functions in a work, from structure to finish.
Nearly to be completed and opened in 2023, MAD Architects reveals the construction details that made it possible for the Aranya "Cloud Center" to appear floating above the rolling landscape surrounding it. Located in Qinhuangdao, 160 miles away from the east of Beijing, China, the 2,500-square meters Center will be a public art space for the vibrant artistic seaside community that, from the outside, will mark the center of a sculptural landscape that MAD had conceptualized as a "white stone garden."
The strategy of raising houses off the ground gained popularity in the 1920s when Le Corbusier announced structures on pilotis as one of the 5 points of modern architecture. A great contribution, especially in the urban issue, as it enables the creation of a free space with greater connection between the public sphere of the street and the private sphere of the building. His iconic Villa Savoye is a paradigmatic example of the use of pilotis that preserves the natural terrain and, as Le Corbusier himself said, places the house on the grass like an object, without disturbing anything. In addition, the pilotis also served as a strategy for the flow of vehicles, which can be seen in Lina Bo Bardi’s equally emblematic Casa de Vidro and its slender steel tubes. Arranged in a modulation of four modules in width by five in depth, they maintain the house as a transparent floating box in the midst of nature, respecting the terrain and assisting in the building's thermal comfort by allowing air circulation.
Whether figuratively or in an urban context, bridges are a strong symbol and often become iconic projects in cities. Building bridges can mean creating connections, new opportunities. But they are also fundamental pieces of infrastructure that solve specific issues in an urban context. As these involve highly technical equipment, with complex constructions and overwhelming bold structural requirements, they require projects that do not need full integration between architecture and engineering and, in many contexts, is a type of projects that architects are not so involved with. Marc Mimram Architecture & Engineering is a Paris-based office comprised of an architecture agency and a structural design office. In its project portfolio, there are several bridges, as well as various other project typologies. We spoke with Marc Mimram about his latest project in Austria, the bridge at Linz, photographed by Erieta Attali.
In honor of World Photography Day (August 19 ), Chilean architect Francisco Ibáñez Hantke offers a a perspective of urban transformation and the resulting instability caused by the regenerative processes and the constant real estate speculation that drive it. The photographs center on London, and reveal an exhausting array of construction and demolition and highlight the often blurry line between architecture and urban decay.
Briefly, structural masonry is a construction system in which the walls of the building perform a structural function, using masonry units arranged in a way that is self-supporting and load-bearing. The walls will evenly distribute the load to the foundation and later into the ground.
Stacked in layers, the bricks, blocks, or stones may or may not be connected by a binder (mortar) and steel reinforcements that heavily influence the mechanical properties of the wall, dimensioned to resist active forces.
Wood is a very easy-to-work material, allowing professional and amateur builders to manufacture simple objects and structures without major problems. However, when thinking about larger-scale housing or buildings, it's important to take certain precautions that ensure good quality and good construction behavior. To this end, it's essential to evaluate every project and analyze which connection system best suits its structural and aesthetic needs.
We spoke with the experts of Simpson Strong Tie, a leading company in structural connectors, anchors, and fastening systems, to learn more about these topics. Here are six important lessons and tips for building safer and more resistant wooden houses and buildings.
Cracks, which could be classified according to their thickness as fissures or fractures, are serious problems in the construction industry that can negatively affect aesthetics, durability and, most importantly, the structural characteristics of a project. They can happen anywhere, but occur especially in walls, beams, columns, and slabs, and usually, are caused by strains not considered in the design.
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