Industrial radiography is a non-destructive method of assessing the conditions of pipes using electromagnetic radiation in the form of gamma or X-rays. The radiation penetrates the walls of the pipe to reveal cracks and other flaws that are not visible without otherwise damaging the specimen. In… View Full Term
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Tabitha has a Bachelors Degree in Civil Engineering from Mumbai University, India, and is currently freelancing as a technical content writer. Prior to writing, she has worked as a site engineer and site manager for various building construction, building rehabilitation, and real estate evaluation projects.
Tabitha has extensive experience in the repair and rehabilitation of structurally unsound buildings with considerable damage to structural members including a heritage hospital structure.
Tabitha has also worked as the site engineer for the construction of buildings from the foundation (pile and spread footing) to finish. She is also an expert freelance property evaluator and has valued a wide range of properties from high-end residential complexes and factories, to non-performing assets (NPA) and plant and machinery.
Tabitha is also certified as a Primavera project management professional and is well versed with Auto CAD. In her spare time, she does private consultation for small-sized home builders and assists with plans and permissions.
Preventing inadvertent returns is an important consideration for trenchless projects. Here's why pressure is the key to avoiding them.
To maximize cost savings and minimize waste and redundancy in trenchless projects, effective solids control is a must.
When it comes to placing pipes under railroads, embankments, roads and landscapes, pipe ramming is the preferred trenchless method because it is cost efficient, time saving and non-disruptive. Drilling fluid is a major aspect of pipe ramming and bentonit
Horizontal directional drilling and microtunneling have become terms synonymous with trenchless technology. While both these methods can lay pipelines, there are inherent differences that a contractor needs to know before deciding which method to use.
This article takes an in-depth look at the advancements in science and technology that allow for the detection of subsurface elements. Methods of surveying and detecting target areas allow for an efficient and safe trenchless construction project.
Pipe inspection is an integral part of a trenchless project. Here's why the inspection is so important and the key elements to consider.
It all starts and ends with Pits and Excavations in a Trenchless Project. Here is an overview of the kinds of pits utilized in trenchless projects.
Why is mud recycling an important part of an HDD project? The major benefits are keeping costs down in a variety of ways and reducing environmental impact.
Choosing the wrong trenchless method means no matter what, your project will not be a success. Here's how to get it right, right from the start.
The most challenging part in the planning phase is land easement acquisition. Thanks to trenchless technology, land owners are more comfortable handing over their land to a contractor. Easement is basically an agreement between the land owner and the con