7 Methods for Testing Concrete Strength

When choosing a method for monitoring the compressive strength of concrete, it’s important for project managers to consider the impact each technique will have on their schedule. While some testing processes can be done directly onsite, others require extra time for third-party facilities to deliver strength data. Time is not the only factor that contributes to project managers’ decisions. The accuracy of the testing process is just as important, as it directly effects the quality of the concrete structure.

There have been many developments to speed up the curing process since this testing method was first introduced. This includes the use of heating blankets, additives and vapor retarders. However, contractors still wait three days after placement before testing for strength, even though their targets are often reached much earlier than that.

Despite knowing that, many project managers prefer to stick to this testing practice because it’s “the way its always been done.” That doesn’t mean this technique is the fastest and most accurate method, however, for testing the strength of all placements. In fact, there are many different practices aside from cylinder break tests that can be used. Here are seven different approaches to consider when choosing a method of strength testing.

Related Articles

Giatec Reduces Sensor Calibration Time with Automatic Concrete Mix Detection: The SmartRock Pro Self-Calibrating Sensor

From weather conditions, scheduling issues, or even last-minute changes to your mix order and delivery, since you never know what changes will come your way on the concrete construction site Giatec wanted to update their SmartRock maturity sensor to provide concrete contractors savings. SmartRock Pro is designed to take all fluctuations in stride by self-calibrating to cut costs, save time, and fight construction waste from break tests.   SmartRock® Pro Launch is Here!Watch this video on YouTube Access the full article here.

Optimizing the Planning of Your Mass Concrete Pour with Thermal Modeling, a Feature of the Giatec 360 Platform

Giatec’s Thermal Modeling feature on the Giatec 360 platform was developed to help predict the maximum concrete temperature and temperature differential of mass concrete.Thermal Modeling is a comprehensive solution for engineers, general contractors, and ready-mix producers. The feature allows users with mass concrete elements to experiment with different inputs and produce forecast scenarios outlining the anticipated behavior of the concrete temperature at various depths. User-friendly and intuitive, it was built with customers in mind and intended to work independently of SmartRock sensors.Thermal Modeling requires no specialized…

Giatec Scientific Raises $5M in Funding from BDC Capital’s Cleantech Practice

Giatec Scientific Inc., an Ottawa, Canada-based cleantech company, raised $5M in funding.BDC Capital’s Cleantech Practice made the investment.The company intends to use the funds for its expansion into international markets and innovation in CO2-reducing technology, moving the concrete industry toward carbon neutrality.To access the full article, click here.

Claim Your Free Demo Kit

Get Your First SmartRock Concrete Sensor for FREE

Get Real-Time Data with SmartRock®

See how it works today

We use cookies to provide you with a better experience, analyze site traffic and assist in our marketing efforts. By continuing to use this website, you consent to the use of cookies in accordance with our Privacy Policy Page.