This article discusses the relationship between pile diameter and bearing capacity in clay soils, highlighting the importance of considering soil properties and pile installation methods.
A research study by the Nuclear Regulatory Commission examines the bearing capacity of piles in clay soils, including the effects of pile diameter and soil strength.
A study published on ResearchGate explores the relationship between pile diameter and bearing capacity in clay soils, using numerical modeling and case studies to validate the findings.
This online tool allows users to calculate the bearing capacity of piles in clay soils, taking into account pile diameter, soil properties, and other factors.
A video lecture by a geotechnical engineering expert discusses the design of piles in clay soils, including the relationship between pile diameter and bearing capacity.
A course webpage from MIT provides resources and lecture notes on soil mechanics and foundations, including a section on pile design and bearing capacity in clay soils.
A journal article published on ScienceDirect examines the bearing capacity of piles in clay soils, including the effects of pile diameter, soil strength, and installation methods.
The Federal Highway Administration's geotechnical engineering handbook includes a chapter on pile design and bearing capacity in clay soils, providing guidance on pile diameter selection and soil property evaluation.