concrete technology

  • expansion joint

    Understanding Concrete Expansion Joints

    Concrete expansion joints are an important yet often overlooked component in concrete construction. This in-depth guide will provide civil engineers, contractors, and anyone working with concrete everything they need to know about concrete expansion joints. What is a Concrete Expansion Joint? A concrete expansion joint is a planned point of separation between two concrete slabs…

  • plasticizer-types

    Plasticizers for Concrete: The Complete Guide to Benefits, Types, and Applications

    Concrete is the most widely used construction material in the world, but anyone working with it knows the challenges in balancing workability, strength, and durability. Plasticizers for concrete play a crucial role in this process. These powerful chemical admixtures transform ordinary cement mixes into high-performance building materials by reducing water requirements, enhancing workability, and improving…

  • rebound hammer test procedure

    6 Applications of Rebound Hammer Test for Concrete

    The rebound hammer, also known as Schmidt Hammer, is one of the most popular non-destructive testing methods for measuring the compressive strength and quality of concrete and other rigid materials. This handy tool provides a quick, convenient, and inexpensive way to estimate concrete strength in existing structures as well as newly poured concrete. In this…

  • concrete wall

    Crafting Durable and Efficient Concrete Walls

    Concrete walls serve as resilient, adaptable structural forms across residential and commercial building genres. Being moldable reinforceable stone-like composites, concrete walls withstand mechanical and environmental forces while permitting innovative configurations. This comprehensive guide discusses essentials of concrete wall construction spanning optimal mix design, efficient building methods, novel decorative finishes and remedial measures for common issues…

  • shrinkage crack repair

    Understanding and Preventing Shrinkage Cracks in Concrete

    Shrinkage cracks are a common type of distress in concrete elements like slabs, walls, pavements, etc. They refer to cracks that develop in concrete due to restrained shrinkage during the hardening and curing process. Unlike settlement cracks, shrinkage cracks are not caused by external loads or stresses. In this blog, we will understand all about…

  • difference in stress-strain curve for concrete and steel

    Stress-Strain Curve for Concrete

    It illustrates the relationship between stress and strain for a material like concrete. It provides valuable information about the material’s properties and behavior under load. For concrete, the stress-strain curve is essential for structural design and analysis. This article will provide a comprehensive overview of stress-strain relationships for concrete. What is a Stress-Strain Curve? A…