This is a preliminary investigation which, it is hoped, may lead to the development of a simple technique for determining the soundness and quality of a cast-in-place piles to detect anomalies has been carried out (4), but the method attempted requires coring and the installation of special equipment in the pile, thus rendering the method expensive. The technique described in this note requires no special installation in the pile. If proven satisfactory it can be used to identify those piles that need to be either discarded or load-tested to ascertain their static load-carrying capacity.Peer reviewed: NoNRC publication: Ye
Static load testing of foundation piles is still considered the main capacity check technology for a...
This paper discusses a case study of using static and dynamic pile load test method as quality assur...
A new method for the evaluation of the ultimate load of piles by tests not carried to failure is pro...
This report presents the results of dynamic testing of two 21-in. (20-in. nominal) diameter Franki p...
A test field with 20 cast in-situ piles has been built. Flaws (necks, bulges and cracks) are built i...
Due to increasing time, cost and transportation difficulties, Irish contractors are seeking an alte...
As there is still uncertainty in accurately predicting the performance of piled foundations based up...
For fast and economic testing of piles Fundex Piling and IFCO have jointly developed a new testing e...
The Pile Driving Analyzer (PDA) is a powerful tool to assess pile driving and High Strain Dynamic Pi...
Because of the recent larger availability and higher performance of pile testing and monitoring equi...
This paper presents a case study on a pile integrity test for assessing the integrity of piles as we...
This paper presents the results obtained from dynamic and static load tests performed in cast-inplac...
Low strain pile integrity testing has been available over several decades. It is the widely used met...
An investigation into the behaviour of pressed-in piles has been conducted. The press-in method of p...
The bearing capacity of screw cast in situ displacement piles is mostly unexplored. There is also in...
Static load testing of foundation piles is still considered the main capacity check technology for a...
This paper discusses a case study of using static and dynamic pile load test method as quality assur...
A new method for the evaluation of the ultimate load of piles by tests not carried to failure is pro...
This report presents the results of dynamic testing of two 21-in. (20-in. nominal) diameter Franki p...
A test field with 20 cast in-situ piles has been built. Flaws (necks, bulges and cracks) are built i...
Due to increasing time, cost and transportation difficulties, Irish contractors are seeking an alte...
As there is still uncertainty in accurately predicting the performance of piled foundations based up...
For fast and economic testing of piles Fundex Piling and IFCO have jointly developed a new testing e...
The Pile Driving Analyzer (PDA) is a powerful tool to assess pile driving and High Strain Dynamic Pi...
Because of the recent larger availability and higher performance of pile testing and monitoring equi...
This paper presents a case study on a pile integrity test for assessing the integrity of piles as we...
This paper presents the results obtained from dynamic and static load tests performed in cast-inplac...
Low strain pile integrity testing has been available over several decades. It is the widely used met...
An investigation into the behaviour of pressed-in piles has been conducted. The press-in method of p...
The bearing capacity of screw cast in situ displacement piles is mostly unexplored. There is also in...
Static load testing of foundation piles is still considered the main capacity check technology for a...
This paper discusses a case study of using static and dynamic pile load test method as quality assur...
A new method for the evaluation of the ultimate load of piles by tests not carried to failure is pro...