This article presents a study on the bearing capacity of piles in clay soils, including the effects of pile diameter on ultimate bearing capacity. The research is based on field tests and numerical simulations.
The Federal Highway Administration provides guidelines for designing pile foundations in clay soils, including considerations for bearing capacity and pile diameter. The resource includes case studies and examples.
This academic article discusses the properties of clay soils and their impact on pile capacity. It explores how different pile diameters affect the bearing capacity in various clay soil types.
This online tool allows users to calculate the bearing capacity of piles in different soil types, including clay, based on pile diameter and other parameters. It provides a quick and practical solution for engineers.
This review article summarizes the current state of knowledge on the bearing capacity of piles in clay soils. It covers various factors influencing pile capacity, including pile diameter, and discusses recent research findings.
This video lecture explains the principles of pile foundations in clay soils, focusing on the relationship between pile diameter and bearing capacity. It is part of a series on geotechnical engineering.
The Institution of Civil Engineers publishes this journal article on designing pile foundations in clay soils. It includes a detailed analysis of how pile diameter affects the bearing capacity and provides design recommendations.
The International Organization for Standardization (ISO) offers guidelines for designing and constructing pile foundations in clay soils. The document covers aspects such as bearing capacity, pile diameter, and construction methods.