Abstract

Basic cost estimation techniques concerning the use of a rotation system in operation consider particular characteristics of rigorous climate regions. By means of the offered recommendations the following indicators are defined: an average number of workers for operation; an amount of salary supplements; standard working hours for personnel on rotating assignments; equipment relocation costs, rotation camp maintenance and rotation worker transportation costs. In the situation when a building contractor has to prove camp accomplishment costs in details most road builders face the difficulties in cost sheet formation. The offered technique of cost estimation is approved at the road section being influenced by Arctic Extremes and confirmed its operational flexibility.

Highlights

  • One of the possible ways to increase the efficiency of road-building company operation is to employ various production methods and techniques of building and installation works

  • The average number of workers on rotating assignments (Wr) of any category is defined by the number of workers on site (W ) and on a rotational leave (Wl): Wr = W + Wl

  • The efficiency of a rotation system application in construction management is shown in the social sphere and economic results

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Summary

Introduction

One of the possible ways to increase the efficiency of road-building company operation is to employ various production methods and techniques of building and installation works. The enterprises widely use the rotation system when organizing road construction works that allows to reduce the construction period if compared to other options. The complexity of the calculation is that currently there is no technique to introduce a rotation system in road-building operation. There are technique to employ a rotation system when carrying out geological, oil-field and gas producing works, but they don't consider peculiarities of road-building industry. Elimination of this shortcoming results in the need to develop a rotation system technique in road-building operation [1]

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