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  1. 1.1 The purpose of this method of statement is to outline the method and construction procedures required to carry out injection piling works, including material and equipment required for the installation of pile.

  2. 17 Apr 2012 · Method Statement for driven of spun piles is generally describes the method used to the installation of driven precast with various size diameter of spun piles Grade 80N/mm2. Under this method statement will describes the procedures of driven piles , penetration or set that is required within the given scope of works. 1.0 MATERIALS.

  3. The Contractor shall ensure that his system and method of pile installation is suitable and safe for use at the proposed site of work, taking into account the nature and proximity of adjacent properties and their facilities.

  4. Upon completion of piling, the Contractor shall strip off the piles to the required cut-off level as shown in the drawings provided. The piling contractor should allow for the above work in the contract price. From the cut-off level, pile starter bars should be constructed to not less than.

  5. Classification of pile is a useful tool to estimate or generalize the potential behavior and characteristics of the pile under variety of conditions. According to BS 8004, piles can be broadly classified as displacement and non-displacement piles. Details of the classification are shown in Fig.1.

  6. This document provides a method statement for driving 300mm diameter reinforced concrete spun piles with a working load of 45 tons. It outlines the equipment, pile set calculations using the Hiley formula, site preparation including leveling the piling platform and setting out reference points, delivery and storage of piles, and procedures for ...

  7. As mentioned earlier, the concept of the test is based on wave propagation through the cross sectional area of the pile which detect changes in pile impedance (Young’s Modulus multiply by Area divided by wavespeed). A hammer blow generates a compression wave at the pile head at t=0 (initial blow).