Understanding Early-Age Strength of Concrete: Key Insights
Concrete is one of the most widely used materials in construction, and its early-age strength, the period between 1 and 28 days post-placement, is crucial to ensuring long-term durability. Testing this strength allows engineers to track structural integrity and prevent issues like thermal stress or freeze-thaw damage. One…
Assessing Concrete Durability with Electrical Resistivity: The Key to Long-Term Performance
An educational video on the concept and measurement techniques of concrete electrical resistivity and its application in the durability-related studies in concrete materials. Parameters affecting the resistivity measurement are described.
Timing Is Everything: How Long Should Concrete Cure Before Putting Weight on It?
Concrete is a fundamental material in construction, and its performance is highly dependent on its curing process. Understanding how long concrete should cure before loading is crucial to ensure structural integrity and safety. This blog delves into the curing period required for concrete, explores relevant standards, and examines…
Achieving the Best Concrete Quality of Your Pour
In this blog, let’s examine some of the quality control actions that are relevant during the process of concrete pour.
Assessing Corrosion in Concrete With Non-Destructive Testing: Your Guide to Efficient Monitoring
Concrete, often hailed for its durability, isn’t immune to the hidden threat of corrosion. When steel reinforcement within concrete structures corrodes, it compromises the integrity, leading to safety risks and costly repairs. But how can you assess corrosion without causing further damage to the structure? That’s where non-destructive…
How Long Does It Take for Concrete to Set?
Concrete is a key construction material known for its strength and adaptability. Its performance is also dependent on managing its setting times. This blog will explore the science behind the initial and final concrete setting times. Factors such as temperature, humidity, and mix composition influence these setting times….
The Benefits Of Using Sensors In The Construction Industry
Sensors are at the heart of revolutionizing modern construction processes, driving efficiency, accuracy, and sustainability. At Giatec, we understand the immense value these tools bring to the concrete industry, particularly with innovations like SmartRock®. Concrete sensors enable real-time monitoring of critical factors like temperature and strength, helping project…
Back-to-Basics: Mastering Concrete Slabs to Build Strong and Durable Structures!
Let’s resume our “Back-to-Basics” series. In this latest edition, we will delve into the use of concrete slabs, and their importance when building strong and durable structures. Big Projects Deserve Better Protection Keep mega pours safe from cold-weather risks. Real-time insights, up to 1,000 ft away with…
Can Optimized Concrete Mixtures Drive Sustainable Construction?
Optimizing concrete mixtures is essential in adapting to evolving sustainability requirements being imposed on ready-mix organizations globally. However, this effort is challenged by several factors including the emergence of new materials, evolving demands, diverse market standards, and limitations in testing practices. This blog explores these challenges and outlines…
Transforming Concrete Monitoring With SmartRock® Pro’s Self-Calibrating Technology
Concrete is widely used in modern construction due to its accessibility, cost-efficiency, strength, and durability. However, its performance can be compromised by environmental elements, weather conditions, and natural disasters. Its performance can also be significantly impacted by any changes in the mix design and raw material used. A…
The Importance of Pre-Pour Meetings for the Success of Post-Tensioned Slabs
Pre-pour meetings are essential in the construction process, particularly when dealing with complex structures such as post-tensioned slabs. These meetings ensure that all stakeholders are on the same page regarding the concrete schedule and potential challenges. And also for specific pour requirements Let’s learn in this blog why…
Building the Future: Performance-Based Temperature Limits for Mass Concrete Foundations
Most countries are embarking on a journey to reduce construction costs significantly. For instance, the UK government has set goals to reduce construction costs by 33%, accelerate project delivery, and lower greenhouse gas emissions by 50% [1]. Similarly, countries like Japan and the United States are working to…
Optimizing Concrete Operations: Is Interoperability the Key?
In the effort of optimizing concrete operations from design to pouring, the industry struggles with a pervasive challenge: the existence of data silos. Data in concrete operations often resides in closed systems, scattered across various platforms, lacking integration for efficient decision-making. This lack of interoperability hinders operational efficiency,…
Understanding the Challenges of the Maximum Temperature of Concrete in Mass Elements
As mass concrete is now an essential part of the construction industry, it is important to consider the different factors that affect its quality and strength gain. When designing and monitoring a mass concrete mix, contractors must take special consideration to the maximum temperature that the mass element concrete will…
Artificial Intelligence in Concrete: Buzzword or Buzzworthy?
The concept of artificial intelligence in concrete is frequently discussed, yet its practical application and effectiveness remain elusive. Despite the buzz, there seems to be a lack of understanding of what industry challenges can be solved with artificial intelligence and how. Hence, there is a need to shed…
Where to Buy the Best Concrete Thermometer
If you want to evaluate and select from the plethora of concrete temperature thermometers available in the market, this is the right blog for you. Before we dive into suggesting some of the best concrete curing thermometers we have come across, let’s go over a few essential questions. Learn in…
How do Concrete Thermometers Differ from Wireless Sensors?
Concrete temperature testing is a fundamental aspect of ensuring the quality, strength, and durability of concrete structures. It helps construction professionals make informed decisions during the construction process, leading to safer and more reliable built structures. Over the years, the technology for concrete temperature testing has changed for…
How to Install Sensors in Concrete Samples for Maturity Calibration: A Comparative Guide
Concrete maturity is a crucial metric in the construction industry, providing insights into the strength and readiness of concrete for critical operations (i.e. stripping forms, stressing cables, etc.) The installation of sensors in concrete samples for maturity calibration is a technical process that varies depending on the region…
