In architecture, terracing can be used to create outdoor spaces on sloped sites, such as rooftop gardens or tiered patios. Terraced gardens are also used to create a visually interesting landscape, as well as adding functional space for outdoor activities.
The terrace can be used as a place for dining, entertaining, or relaxing, and can be designed to complement the architectural style of the building. The use of plants and other landscaping elements can also be incorporated to enhance the aesthetic appeal of the terrace.
Terracing in architecture also aids in the management of water run off and preserving the soil structure and vegetation. The terraces can act as a retaining wall and prevent soil erosion.
The design of terraces in architecture requires careful consideration of factors such as sun exposure, wind patterns, and privacy. The materials used for the terrace will depend on the location and the intended use. Common materials include brick, stone, concrete, and wood.
Overall, terracing in architecture serves both practical and aesthetic purposes, creating usable outdoor spaces while also adding visual interest to a building and its surroundings.
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Image of terracing detail and downloadable (in DWG) link below
Terracing detail drawing – 1
A terracing detail drawing is a technical drawing that shows the specific design and construction details of a terraced area. It is used by architects, engineers, builders, and contractors to accurately construct and maintain terraced areas.
The drawing typically includes information such as the location and size of the terraces, the materials used, the design of the retaining walls, the drainage system and other relevant details.
The drawing will also show the cross-sections and elevations of the terrace, providing a detailed view of the different levels and how they relate to each other. It will also show the details of the retaining walls, including their height, width, and construction materials.
Other important elements that are typically included in a terracing detail drawing are the type of soil, the slope of the land, the location of trees and other vegetation, and the location of any existing or proposed utilities.
In addition to the technical details, the terracing detail drawing should also include notes and specifications for the construction and maintenance of the terrace. It should also indicate the type of plants and materials used for landscaping, irrigation, and drainage systems.
Overall, the terracing detail drawing is an essential tool for ensuring that the terraced area is built and maintained correctly, and it is important for all stakeholders involved in the design and construction process to understand and follow the information provided in the drawing.
Our tips to help you improve your architectural terracing detailing.