At Yashvii Engineering Services Pvt. Ltd. we specialize in Non-Destructive Testing (NDT) of superstructures to ensure structural safety, reliability, and durability without causing any damage to the existing structure. Our advanced testing techniques help in evaluating the quality and performance of construction materials and identifying potential issues at an early stage, thereby reducing risks and ensuring long-term safety.
The Bridge or Span Load Test is performed to evaluate the strength, serviceability, and load-bearing capacity of bridges and elevated spans under actual loading conditions. This test ensures that the structure is capable of handling expected traffic and dynamic loads safely, making it a vital procedure for public infrastructure and transportation projects.
The Rebound Hammer Test is a quick and simple non-destructive method to estimate the compressive strength of concrete. By measuring the rebound of a spring-driven hammer on the surface of concrete, this test provides valuable information about surface hardness and helps in assessing the overall quality of construction.
The Ultrasonic Pulse Velocity (UPV) Test is used to check the uniformity, quality, and integrity of concrete by measuring the travel time of ultrasonic waves through it. This technique helps in detecting cracks, voids, honeycombing, and other internal defects, ensuring durability and reliability of the structure.
The Half Cell Potential Test is a non-destructive electrochemical method to identify the risk of corrosion in embedded steel reinforcement. By measuring the electrical potential difference, this test helps predict the likelihood of corrosion and supports timely maintenance planning.
The Depth of Carbonation Test measures the extent of carbonation in concrete, which is a key factor leading to reinforcement corrosion. It provides essential data about the durability of the structure when exposed to environmental conditions, helping in repair and rehabilitation planning.
The Concrete Core Test involves extracting core samples from hardened concrete to determine its compressive strength and material properties. This test provides highly accurate data on in-situ concrete quality, ensuring compliance with design requirements and safety standards.
The Rebar Locator Test is carried out to detect the position, depth, and diameter of reinforcement bars within concrete structures. It is an important tool for quality assessment, repair, and retrofitting works, ensuring proper reinforcement placement without damaging the structure.
