For the analysis of piled foundations such as monopiles, and modelling isolated single piles, Oasys Alp provides users with the ability to perform typical requirements for projects where ground conditions are uncertain, variable and complex, including where there are substantial depths to bedrock.
Civil engineers and geotechnical engineers responsible for routine foundation design use Oasys Alp as part of their toolbox, addressing the need of calculations that cannot easily be replicated using spreadsheets. Alp provides users with a validated, robust and user-friendly method of calculations, ensuring acceptable and appropriate QA and QC standards are met. Used alongside Oasys Pile and Oasys AdSec, it allows geotechnical and structural engineers to communicate and make informed design decisions.
Inform your design of laterally loaded piles:
Oasys Alp predicts the pressures, horizontal movements, shear forces and bending moments induced in a pile when subjected to lateral loads, bending moments and imposed soil displacements.
The pile is modelled as a series of elastic beam elements.
The soil is modelled as a series of non-interactive, non-linear "Winkler type" springs.
The soil load-deflection behaviour can be modelled either assuming Elastic-Plastic behaviour, or by either specifying or generating load-deflection (i.e., P-Y) data.购买后，将显示帖子中所有出售内容。
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