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Blog posts tagged with 'Field Testing'

Have questions about your materials testing equipment?  We have the answers to these questions and much more right here! Check back monthly for long-form blog posts, how-to guides and infographics. We’ll address industry insights, the operation and maintenance of specific equipment, and our product line recommendations, all designed to better serve you.

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Sand Equivalent Test Method Explained: The Purpose and The Process

Fines and dust in asphalt and concrete aggregates have always been a problem. Whether naturally occurring or resulting from degradation during handling and transport, undesirable or unknown amounts of fines can impact the performance and cost of composite materials. This blog post discusses the importance, process, and procedure.

Rebar in Concrete: Nondestructive Characterization of Reinforcing Steel

Advances in technology continue to refine concrete cover meters and rebar locators, which have been around for decades and used to locate and identify concrete reinforcing steel accurately. They are integral to nondestructive evaluations of reinforced concrete structures and pavements to prevent damage to the reinforcing steel within the structure when drilling or cutting reinforced concrete. This blog post explores the features and capabilities of some of these popular instruments.

Setting Up A CMT Field Lab: Application-Specific Equipment & Considerations

In this month's blog, we examine the civil engineering laboratory equipment needed for typical operations performed where field laboratories for construction materials testing are required. With so many possible variations in specific project requirements, we break it down by application.

How To Set Up A Field Lab For Construction Materials Testing: The Essentials

In this blog, it will discuss setting up and furnishing temporary field-testing labs with essential laboratory equipment. Field labs are generally limited to a few particular tests, but no matter the material, most require the same essentials to measure properties like size, weight, and moisture.

California Bearing Ratio Test: CBR Values & Why They Matter

In this blog post we discuss why it is important to perform strength tests of soil subgrades for pavement design, and also review what is needed for each type of test method whether it be in the lab or out in the field including the DCP test.

Air Meter Calibration: A Step-By-Step Guide

In this blog, concrete air meter calibration will be broken down into everyday language in such a way where the practice won't be tough to carry out and won't take long either.

Concrete Air Testing: Why, When, & How: An In-Depth Look

Testing for air content is always recommended to profile characteristics of the admixtures in concrete. In this blog, we discuss what, why, and how to perform such test methods for concrete air testing.

Soil Density Testing: 3 Test Methods You Can Count On

Proper soil compaction increases strength and stability resulting in successful structures and pavements. This blog will discuss the various means of testing soil compaction, which methods are suitable for your project, and the importance of having the right personnel in place.

Soil Classification: Foundation and Pavement Design Starts Here
Soil Classification: Foundation and Pavement Design Starts Here

In this blog, we explore the two primary forms of soil classification for geotechnical purposes. Visual and laboratory classifications of soils are two distinct procedures that are part of a complete soils investigation.

Choosing the Correct Laboratory Thermometer for your Application
Choosing the Right Lab Thermometer

This blog post discusses the differences between Liquid in Glass (LiG) mercury, LiG non-mercury, and digital thermometers used in laboratory materials testing. It also explores the role each type of thermometer plays in maintaining compliance with industry standards and regulations governing the use of mercury.