OSTERBERG Meaning and
Definition
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Osterberg is a noun that refers to a type of pile integrity test or dynamic load test method used in geotechnical engineering. It is named after its inventor, Sven Osterberg, a Swedish engineer. The Osterberg test is commonly referred to as the O-cell test.
The Osterberg method involves driving a cylindrical steel sleeve or casing into the ground, which serves as a vertical reinforcement element, typically known as an O-cell. The O-cell is then pressurized with hydraulic jacks, generating a downward force against the underlying soil or rock. This force is referred to as the load cell force.
During the test, a series of small incremental loads are applied to the O-cell, typically in the range of 10-100 tons. The resulting displacements and load settlement curves are then measured using various instruments installed within the O-cell and the surrounding soil or rock mass. These measurements provide information about the load-bearing capacity and resistance of the pile, as well as the soil or rock surrounding it.
The Osterberg test is widely used in the design and evaluation of deep foundations, such as drilled shafts or piles. It allows engineers to assess the performance and behavior of the foundation under various loading conditions, helping to determine the suitability and integrity of the pile in supporting structures and heavy loads.
In summary, Osterberg refers to a pile integrity testing method that examines the load-bearing capacity and behavior of deep foundations using cylindrical steel sleeves and hydraulic jacks.
Similar spelling words for OSTERBERG
