An infill well is a type of oil or gas well drilled in between existing wells within the same reservoir to maximize production from the area. By extracting oil or gas from areas that were not reached by the original wells, infill wells can help increase overall recovery rates from a reservoir.
Lower East Side I Infill was created in 1988.
Putting a parking garage on an unused lot inside a city
An infill wall is a non-structural wall that fills in the spaces between the structural framework of a building, such as columns and beams. These walls are typically made of materials like brick, concrete, or drywall and serve to provide insulation, privacy, and aesthetic appeal. Infill walls can also help in partitioning interior spaces and are essential for energy efficiency and sound attenuation in buildings. They do not bear any load from the structure above them.
Infill land refers to vacant or underdeveloped parcels of land located within existing urban areas, often surrounded by developed properties. This type of land is targeted for new construction or redevelopment to increase density and make better use of urban space. Infill development aims to enhance community infrastructure, reduce urban sprawl, and promote sustainable growth by utilizing already established services and amenities.
In world geography, "infill" refers to the process of developing vacant or under-utilized parcels of land within existing urban areas, rather than expanding outward into undeveloped areas. This approach aims to maximize the use of existing infrastructure, reduce urban sprawl, and promote sustainable development. Infill can enhance community livability by increasing density, providing housing, and revitalizing neighborhoods. It often involves redeveloping sites like abandoned buildings or lots, contributing to more efficient land use.
It rebuilt its downtown through infill projects, including many skyscrapers.
James E Hoben has written: 'Urban infill' -- subject(s): Land use, Urban, Urban Land use
Seismic base shear refers to the total horizontal force that a structure is expected to experience during an earthquake, and it is critical for designing buildings to ensure they can withstand seismic loads. Infill walls, which are non-structural elements placed within the frames of buildings, significantly influence the overall stiffness and strength of the structure. Their presence can increase the base shear due to the added lateral load resistance they provide; however, they can also lead to unexpected behavior, such as brittle failure, if not properly accounted for in design. Therefore, understanding the interaction between the frame and infill walls is essential for accurate seismic analysis and safety.
To properly maintain and clean the sand infill in your synthetic grass, regularly rake and brush the surface to redistribute the sand and prevent matting. Use a leaf blower or vacuum to remove debris and dirt. Periodically add more sand to maintain the proper level and prevent compaction. This will help ensure the longevity and performance of your synthetic grass.
Neil Cresswell has written: 'Commercial infill development along the Danforth retailing strip, Toronto' -- subject(s): Streets, Urban renewal
Yes, you can infill gel nails to maintain their appearance and longevity. This process involves applying a new layer of gel to the regrowth area at the base of the nails, while also refining the shape and ensuring a smooth finish. It's important to properly prepare the nail surface and use compatible products to achieve optimal results. Regular infills can extend the life of your gel nails and keep them looking fresh.
Artificial turf generally has a pile (the visible grass-like portion), a tuft or infill (which helps the pile stand upright), and a backing (which holds everything together). The pile can be made of different materials, but the most common pile material (and purportedely the safest) is polyethylene (with no more than 40% nylon). The tufting can be polyethylene (or on older styles where infill is used the infill can be rubber or coated silica sand). As far as the backing is concerned, there is a wide variety of materials used to form the backing. Some manufacturers use environmentally-friendly fibrous material and some use a layer of urethane with holes punched intermittently thoughout the roll of turf to accomodate the necessary drainage rates.