Quantification of delay and disruption in construction and engineering projects / By Robert J. Gemmell.

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Publication details:
Pyrmont, N.S.W. : Lawbook Co., 2017.
Edition:
1st edition
Record id:
87476
Subject:
Construction projects -- Management.
Construction industry -- Management.
Construction projects -- Costs.
Construction projects -- Production control.
Building -- Estimates.
Costs (Law)
Infrastructure (Economics)
Life cycle costing.
Contents:
Planning and programming
Extensions of time
Delay analysis
Quantification of loss caused by delay
Quantification of loss caused by disruption
Global claims for delay and disruption.
Summary:
Delay and disruption often impacts entire projects and is prevalent throughout the entire construction and engineering industries - no project or construction professional is immune to the effects. This book is aimed at any construction professional anywhere in the world who is involved in preparing, assessing, managing and/or deciding issues concerning the assessment of additional time to complete the work, and also additional payment for delay and/or disruption to the progress of a construction or engineering project. Delay and disruption is endemic in the construction industry and leads to time and cost overruns. It is therefore essential that delays and/or disruptions are identified early so that corrective action can be taken. However, when delay and/or disruption actually occurs, the issue of quantifying the period of any delay, the effects of disruption, and the quantification of the resulting loss during, and especially at the end, of a project is complicatedition: This book is intended to be a practical guide to the quantification of loss caused by delay and disruption and provides a review and analysis of: The planning and programming of a construction project; The primary and secondary methods of delay analysis; and The methods to quantify financial loss caused by delay and by disruption. - Publisher's website.
Note:
Includes bibliographical references and index.
ISBN:
9780455500225
Phys. description:
xxii, 838 pages ; 26 cm