Chinese Association of Idaho State University (CAISU)
Breathing Architecture: Green Facades and Living Walls
Breathing Architecture: Green Facades and Living Walls
With infinite benefits such as improved air quality, aesthetic improvement, reduction of urban heat island effect and energy efficiency, building structures are now covered with greenery. From the freestanding trellis system of green facades to the in-built wall modules of the living wall system, architectural facades are now brimming with life literally and figuratively.To get more news about rope mesh green wall, you can visit mesh-fabrics.com official website.
Modular Trellis Panel System
The modular building blocks of this green facade system comprises of lightweight and rigid 3D panels built from the formation of galvanized and welded powder-coated steel wire. With the three-dimensional panels acting as support system for the plants, it is designed to have a face grid and a panel depth off the wall surface to provide breathing room for the plants. Detachment of the plant system from the building surface itself maintains the strong structural integrity of the building as well as it provides a concentrated growing environment for the supported tendrils of the living plants.
Due to the rigidity of the 3D panels, applications can range from long-span structures and free-standing green walls. Albeit rigid, these panels can also be stacked, joined and formed freely into shapes and curves. Additionally, architectural applications of this green facade system can also be used for view isolation of fences and screens, concealment of eyesore mechanical equipment such as HVAC units and noise barrier from highways.
Cable and Wire-Rope Net System
As the name suggests, this green facade system makes use of cables and/or wire net. While both systems use high-tensioned steel cables and anchors, cables are used on climbing plants with faster growing rate and thicker foliage while wire-nets are utilized for the slower-growing fauna due to the close intervals of this support system. Also, wire-net system provides more flexibility than cables in terms of the design application. Stainless steel vertical wire ropes are intersected with horizontal wire rods through UV-resistant cross clamps to form the nodes of the rectangular grid. Pattern variation of the wire-rope net system provides a wide range of application such as greening of columns, courtyard, schools, parks, broad-scale developments and pergolas.
Rather than freestanding or detached, landscape wall incorporates the plant system as an integral component of the engineering structures. Particular landscape elements such as berms, stabilized banks, gabion walls and vegetated sound barriers are used for noise mitigation, slope stability and erosion control. Aesthetically formed in an inclined and slanting manner rather than vertical, landscape walls can be formed from the stacking of concrete or plastic blocks with spaces for foliage to grow. With architectural principles such as functionality and aesthetics in its core, this living wall system is often applied on the environmental remediation of deteriorating industrial sites and embellishment of large-scale landscapes such as transport corridors.
With infinite benefits such as improved air quality, aesthetic improvement, reduction of urban heat island effect and energy efficiency, building structures are now covered with greenery. From the freestanding trellis system of green facades to the in-built wall modules of the living wall system, architectural facades are now brimming with life literally and figuratively.To get more news about rope mesh green wall, you can visit mesh-fabrics.com official website.
Modular Trellis Panel System
The modular building blocks of this green facade system comprises of lightweight and rigid 3D panels built from the formation of galvanized and welded powder-coated steel wire. With the three-dimensional panels acting as support system for the plants, it is designed to have a face grid and a panel depth off the wall surface to provide breathing room for the plants. Detachment of the plant system from the building surface itself maintains the strong structural integrity of the building as well as it provides a concentrated growing environment for the supported tendrils of the living plants.
Due to the rigidity of the 3D panels, applications can range from long-span structures and free-standing green walls. Albeit rigid, these panels can also be stacked, joined and formed freely into shapes and curves. Additionally, architectural applications of this green facade system can also be used for view isolation of fences and screens, concealment of eyesore mechanical equipment such as HVAC units and noise barrier from highways.
Cable and Wire-Rope Net System
As the name suggests, this green facade system makes use of cables and/or wire net. While both systems use high-tensioned steel cables and anchors, cables are used on climbing plants with faster growing rate and thicker foliage while wire-nets are utilized for the slower-growing fauna due to the close intervals of this support system. Also, wire-net system provides more flexibility than cables in terms of the design application. Stainless steel vertical wire ropes are intersected with horizontal wire rods through UV-resistant cross clamps to form the nodes of the rectangular grid. Pattern variation of the wire-rope net system provides a wide range of application such as greening of columns, courtyard, schools, parks, broad-scale developments and pergolas.
Rather than freestanding or detached, landscape wall incorporates the plant system as an integral component of the engineering structures. Particular landscape elements such as berms, stabilized banks, gabion walls and vegetated sound barriers are used for noise mitigation, slope stability and erosion control. Aesthetically formed in an inclined and slanting manner rather than vertical, landscape walls can be formed from the stacking of concrete or plastic blocks with spaces for foliage to grow. With architectural principles such as functionality and aesthetics in its core, this living wall system is often applied on the environmental remediation of deteriorating industrial sites and embellishment of large-scale landscapes such as transport corridors.
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