banner ad
Experts Logo

articles

Proving the Cause-Effect Linkage

By: Richard J. Long, P.E., P.Eng., Rod C. Carter, CCP, PSP and Harold E. Buddemeyer, Jr.
Tel: (303) 972-2443
Email: Long International, Inc.


View Profile on Experts.com.


1. INTRODUCTION

Contractor's claim submittals and expert reports are often deficient in proving causation, i.e., the cause-effect linkage. These claims generally outline the owner-caused impacts and separately calculate quantum; however, the two are often not linked in any meaningful way. Most claims are settled prior to a decision by a panel, court, or board, and therefore these deficiencies are not made apparent. Yet, a well-prepared claim document which includes a persuasive and accurate causeeffect analysis can greatly improve the contractor's chances of a successful recovery, either through negotiations or in arbitration/litigation. This analysis is difficult and often costly to prepare, and is therefore not performed in many disputes, which may be the reason why the claims fail.

For the analyst seeking to show the cause-effect linkage in a cumulative impact of changes claim, the task is even more difficult. By an earlier definition, cumulative impact is "exclusive of that local disruption that can be ascribed to a specific change," 1 or stated another way, cumulative impact cannot be ascribed to a specific change. Yet court and board decisions have shown that simply demonstrating that numerous changes existed, and that the contractor suffered a loss of productivity, is often not sufficient for recovery. This dichotomy is difficult to overcome.

In Luria Bros. & Co. v. United States, the court stated: "It is a rare case where loss of productivity can be proven by books and records; almost always it has to be proven by the opinion of expert witnesses." 2 Proving causation in direct disruption or cumulative disruption claims most often requires a qualified expert, as well as detailed and complete contemporaneous project documentation. The following suggestions, while case sensitive and highly dependent on the detail in the project record, provide several ideas on linking excessive changes with a loss of productivity:

  • Prepare a schedule analysis (see Section 2);
  • Track the impact on an activity or crew (see Section 3);
  • Show how the site environment changed from plan (see Section 4);
  • Tell the factual story with graphics (see Section 5); and
  • Prepare a cause-effect matrix (see Section 6).

This article is a slightly modified chapter from the book, Cumulative Impact and Other Disruption Claims in Construction, published in 2014.

2. SCHEDULE ANALYSES

Contractors often utilize a schedule analysis to identify and help quantify the effects of ownercaused changes and impacts that delayed their work. As a result of project delay, the contractor may accelerate, increase its manpower, work excessive overtime, experience trade stacking and crowded conditions, and allege compensable loss of labor productivity. However, without support from a schedule analysis, the contractor makes a quantum leap from proving the owner-caused delays and impacts, to alleging that 100 percent of the productivity loss is compensable due solely to the owner-caused delays and impacts.

The contractor's own problems may have contributed to the productivity loss and must be considered. A more appropriate analysis of the increased labor costs would be to allocate the labor cost increases to both the owner and the contractor according to their respective share of delays, disruptions, and problems.

Contractors are not legally bound to demonstrate delayed performance or project delay to recover for loss of productivity.3 However, the relationship between delay and productivity is evident. If a contractor is delayed, it may have to recover that delay through acceleration measures, at the expense of productivity. Likewise, if a contractor suffers poor productivity, it may lead to schedule delay.

When courts and boards are considering causation in respect of disruption claims, the proof of delay, or lack thereof, is at least one consideration. In Charles G. Williams Construction, the board found that the contractor had proven it was delayed unreasonably by the government's actions, and therefore the contractor was entitled to damages for both extended overhead and disruption.4 In discussing proof of causation in J. A. Jones, the board emphasized that the contractor had not proven it was delayed as a result of compensable issues, which was one basis for its denying the contractor's cumulative impact claim.5 In Advanced Engineering & Planning Corp., the board, in denying the contractor's disruption claim for lack of causation, cited the contractor's failure to use a resource-loaded CPM schedule as required by contract:

"In this connection, we have found, had it submitted and updated a "resource loaded" CPM as required by Standard Item No. 009-60, AEPCO could have tracked disruptive impact through the schedule..." 6

Based upon the above, it is evident that a schedule analysis can be helpful in demonstrating causation. Even if a formal schedule analysis is not prepared, bar charts, histograms, and other data sourced from the project schedule can be useful in demonstrating causation. Several examples of this are provided in this chapter.

3. TRACKING IMPACTS BY ACTIVITY OR CREW

. . .Continue to read rest of article (PDF).


Long International provides expert claims analysis, dispute resolution, and project management services to the Process Plant Engineering and Construction industry worldwide. Our primary focus is on petroleum refining, petrochemical, chemical, oil and gas production, mining/mineral processing, power, cogeneration, and other process plant and industrial projects. We also have extensive experience in hospital, commercial and industrial building, pipeline, wastewater, highway and transit, heavy civil, microchip manufacturing, and airport projects.

©Copyright - All Rights Reserved

DO NOT REPRODUCE WITHOUT WRITTEN PERMISSION BY AUTHOR.

Related articles

falcon_group_logo.gif

4/16/2014· Construction

Construction Testing and Analysis: Infrared Imaging

By: The Falcon Group

A condominium building located in northern New Jersey was experiencing water infiltration into various locations around roofs, curtain wall systems, and balcony access points. The Condominium Association engaged Falcon to investigate these issues in support of their dispute resolution with the Developer

michael-panish-logo.gif

11/2/2015· Construction

Mechanical Fasteners

By: Michael Panish

Mechanical fasteners, when properly used as recommended by the manufacturer, almost always assure safe and secure attachment of a fastened product. In commercial and residential applications, injuries resulting from mechanical attachment failures have often been attributed to inappropriate usage of products, improper installation procedures, or the failure of a poorly manufactured fastening product. When a product becomes disconnected from its point of attachment, serious personal injury can result.

falcon_group_logo.gif

11/4/2015· Construction

Testing and Observation of Windows and Doors: Quality Assurance Beyond Installation

By: The Falcon Group - William Pyznar

As discussed in my first window article titled "The View Of Your Windows Is Not Always The Same", there is great variation in the suitability of a window for a particular application. In all cases, there is a very specific need for proper detailing and attention to detail with respect to integration of the window with the building envelope and proper detailing during installation. This sequel to my first window article focuses on quality control measures for installation once your window has been selected and specified.

;
Experts.com-No broker Movie Ad

Follow us

linkedin logo youtube logo rss feed logo