ISO 14692 Pile Foundations Design
The ISO 14692 standard provides a comprehensive framework for the design of pile foundations, ensuring structural integrity and compliance with international standards. This service is crucial in sectors like building & infrastructure where geotechnical and foundation testing play key roles.
ISO 14692 outlines methodologies to determine the load capacity and bearing capacity of piles used in various types of buildings and infrastructures such as bridges, high-rise structures, and industrial facilities. The standard is particularly important for projects requiring deep foundations due to complex geological conditions or heavy loading.
The process begins with a detailed site investigation that includes soil sampling and characterization using techniques like auger coring, piezocone testing (CPT), and downhole video logging. These methods help in understanding the subsurface stratigraphy and geotechnical properties necessary for pile design.
Once the data is collected, it undergoes rigorous analysis to determine suitable pile types such as friction piles, end-bearing piles, or composite piles. The design process incorporates factors like soil type (sand, clay, silt), depth of water table, and expected loadings from structures. The standard also considers environmental impacts and sustainability practices.
For the design itself, ISO 14692 recommends various pile construction methods including打入 Önceki metin
