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The as-planned versus as-built schedule delay analysis compares events that actually took place during a project's execution to events that were planned to take place prior to the performance of the work.
1:29 4:31 Project Management: Finding the Critical Path(s) and Project Duration YouTube Start of suggested clip End of suggested clip So 3 5 4 6 7 and 4 so that what I have to do is I'm going to take a look at the that the paths thatMoreSo 3 5 4 6 7 and 4 so that what I have to do is I'm going to take a look at the that the paths that goes from A to F. Remember that whenever there is a relationship between each activity. You have to
The Delay and Disruption Protocol of The Society of Construction Law sets out six methods of delay analysis: Impacted As-Planned Analysis. Time Impact Analysis. Time Slice Windows Analysis.
Delay analysis identifies why delays occur on a construction project and the impact they are expected to have on the overall programme. The outcome of the analysis may lead to legal action brought by one party to the contract.
The main types of schedule delays on a construction project are: Critical vs. Non-Critical. Excusable vs. Inexcusable. Compensable vs. Non-compensable.

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The critical path (or paths) is the longest path (in time) from Start to Finish; it indicates the minimum time necessary to complete the entire project.
Calculating the as-built critical path involves: 1) verifying the accuracy of the as-built schedule dates, 2) converting as-planned logic to as\u2011built logic, 3) creating an As-Built Calculation Schedule for each schedule analysis window, 4) destatusing the actual dates and replacing them with actual activity and lag ...
Each method of delay analysis falls into one of two categories: either prospective or retrospective. Prospective techniques are those that predict the likely impact on the progress of the works. Retrospective techniques are those that seek to demonstrate the actual impact on the works.
The impacted as-planned method of delay analysis is a technique commonly used during a construction project's execution to forecast a delay's effect on the project's critical path and completion date. It is also used to model a past delay's effect on the project completion date to address a project's delayed finish.
The critical path is determined prospectively (looking forward) and the critical delay is usually calculated prospectively as the difference between the completion dates of the Baseline and the Impacted program. Requirements: To perform the Impacted As Planned analysis, you require: A Baseline program.

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