<p>Based on experience and extrapolation, it is found that the best way to predict pile behavior is to perform a pile loading test. In this study a comparison between the static and dynamic load tests results was made to evaluate the ability of the High Strain ...

<p>In recent decade, dynamic load test is increasingly being used for pile load testing. Compare to static pile loading test, dynamic load test offers a considerable savings of time, cost and requires less space. This paper discuss the results of three dynamic ...

<p>High Strain Dynamic Pile Test (HSDPT) is increasingly being used for pile load testing. HSDPT offers a considerable savings of time, cost and requires very little space compared to the conventional static test. This study presents results of nine HSDPT ...

<p>The dynamic and static loading test on instrumented FRP piles conducted in this project demonstrated that these piles can be used as an alternative engineering solution for deep foundations. The engineering analysis of the laboratory and field test results ...

This study focused on an evaluation of static and dynamic load test data and a case study of significant movement of an adjacent building during pile driving.

This report presents the results of a study to assess the lessons learned from pile driving on the CA/T. This study focused on an evaluation of static and dynamic load test data and a case study of significant movement of an adjacent building during pile driving. ...

For pile foundation projects, it is usually necessary to confirm capacity and to verify that the behavior of the piles agrees with the assumptions of the design. On most occasions, a distinct plunging ultimate load is not obtained in the test and, therefore, ...

<p>Micropiles are used for many applications, including underpinning existing foundations. Improving of technique is required to support large loads and quick control methods are demanded. Under this project, a micropile test site was established at Algete ...