Field Measurements Of In-Situ Equipment Track Pressure And Working Platform Deformation Using Earth Pressure Cells And Fiber Optics

Deep Foundations Institute
Peter Faust Peter Hubbard Kenichi Soga
Organization:
Deep Foundations Institute
Pages:
15
File Size:
2423 KB
Publication Date:
May 1, 2022

Abstract

The European Federation of Foundation Contractors (EFFC) and The Deep Foundations Institute (DFI) have set up a task group to compile a Guide for Working Platforms. The first edition of this Guide has been published in January 2020. The aim of the Guide is to provide reliable methods for design, testing and verification of working platforms for construction equipment, especially in the deep foundation industry where track loads can be excessive due to the nature of its operations. The Guide has identified areas where knowledge is limited. Actual track pressure and its distribution along the length of the tracks is still not well researched. Current recommendation provided in EN 16228-1 are believed to be overly simplified and may lead to conservative requirements for working platform thickness. This paper presents results of a series of field tests where the actual track pressure of a large drilling rig during operation was measured in real time together with the deformation of the working platform. Embedded, distributed fiber optic sensing (DFOS) at different depths throughout the platform allowed for a three-dimensional evaluation of the platform deformation throughout the entire operation. Results will help to develop more reliable recommendations for future safety requirements of working platforms for deep foundation equipment.
Citation

APA: Peter Faust Peter Hubbard Kenichi Soga  (2022)  Field Measurements Of In-Situ Equipment Track Pressure And Working Platform Deformation Using Earth Pressure Cells And Fiber Optics

MLA: Peter Faust Peter Hubbard Kenichi Soga Field Measurements Of In-Situ Equipment Track Pressure And Working Platform Deformation Using Earth Pressure Cells And Fiber Optics. Deep Foundations Institute, 2022.

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