Scientific Surveys Ltd The Premiere Pipeline Portal
SSL HomeAbout SSLSSL LinksContact UsFeedback SSL Store
Start here, you'll be able to search products by Title, Publication Date, Keywords, or browse by Category.
Keep items in your cart, continue shopping
Click here when you're done buying.
An account is required to use ssl's secure commerce engine
Once created, you may proceed to either modify your account or continue to purchase items.
View Cart
Check the items you've put in your cart for purchase.
Order Status
Find out where your order is.


Qty:  Add to Cart
Special! Free shipping on this item!
Title: Blasting and construction vibrations near existing pipelines: what are the appropriate levels?
Category: Technical papers from the Journal of Pipeline Engineering
Downloadable: Yes 
Project No.:
Research Agency:
Catalog No.: 2183s
Date of Publication: Dec 1 2009 12:00AM
Price: $25.00 US
Abstract: CONSTRUCTION AND industrial processes such as mining and quarry blasting, or pile driving, near a pipeline create vibrations that will result in stress on the pipeline which is added to the normal operating stress on the line. The obvious way to determine this stress is by exposing the pipeline, installing strain gauges, reburying the line, and measures its response to the event. This is very costly and not a practical approach in most cases. A common method that is used for monitoring these activities is to measure the vibration of the ground above the pipeline: the question then becomes, how do these vibrations relate to the stress on the pipe? The answer to this question is very important both to the pipeline and the construction/process operators, as it will determine what the allowable vibration levels are.

This paper presents the results of a recent project where four pipelines located within a coalfield production area were instrumented with strain gauges and the stress on the lines measured, along with the particle velocity in the soil above the lines during a large blast. This data will be compared with blasting data generated by the Bureau of Mines and Esparza. The paper then looks at methods for estimating the stress to see how they compare with the data. Finally, guidelines are presented for determining acceptable vibration levels over a pipeline based on these results and an integrity analysis of the pipeline.

SSL Home Copyright | Privacy Statement