KIRTI INFRASTRUCTURES LIMITED’s Post

Site engineering supervision of reinforcement refers to the oversight and management of the reinforcement installation process on a construction site. Reinforcement, typically in the form of steel rebar or fiber-reinforced polymer (FRP), is a critical component of concrete structures, providing tensile strength and durability. Effective site engineering supervision ensures that the reinforcement is installed correctly, in accordance with design specifications, and meets quality standards. This includes: 1. Verifying the reinforcement layout and placement against design drawings and specifications. 2. Ensuring the correct type and quantity of reinforcement materials are used. 3. Supervising the installation process, including cutting, bending, and placing rebar or FRP. 4. Conducting regular inspections to detect any defects or deviations from specifications. 5. Collaborating with concrete contractors to ensure proper concrete cover and finishing. 6. Maintaining accurate records of reinforcement installation and inspection results. Good site engineering supervision prevents errors, reduces the risk of structural defects, and ensures compliance with building codes and regulations. It also helps prevent costly rework, delays, and potential safety hazards. By overseeing reinforcement installation, site engineers play a crucial role in delivering high-quality, durable, and safe concrete structures.

final inspection has done✅4th floor 👍 centering & shuttering✅ supports✅ Measuremens✅ size of reinforcement as per drawing✅ spacing ✅ rebar spacing✅ electrical pvc pipes fittings✅ two way slab reinforcement✅ #construction #civilengineering #civil #measurements #job #engineer #concreating #building #inspection #project

MJ ENGINEERING - "Excited to share that I practice what I preach! RCC SLAB STRENGTHENING PROJECT IN GURUGRAM Before applying CARBON FIBRE on RCC SLAB soffit , Non - Destructive testing of Concrete as per IS 13311( part 2) i.e Hammer testing of concrete is being done as shown in video. Rebound hammer testing is a non-destructive method used to assess the compressive strength of concrete, including RCC slabs. The test involves striking the surface with a rebound hammer and measuring the rebound distance, which correlates with compressive strength. Results help assess structural integrity and load-bearing capacity, though factors like surface condition and reinforcement can affect accuracy The IS 13311-Part 2 standard governs rebound hammer testing in India, ensuring standardized procedures for accurate results. It mandates equipment requirements, calibration procedures, and testing guidelines. Rebound hammers must be calibrated before and after each use. Testing involves preparing the concrete surface, applying a consistent impact force, and conducting multiple tests for representative results. Conversion charts correlate rebound values with concrete compressive strength. Quality control measures minimize errors, and limitations such as surface conditions and moisture content are considered. Adhering to these guidelines ensures reliable assessment of concrete quality and structural integrity.

Self-consolidating concrete (SCC) Test : 1. A "J-Ring Apparatus" is used to test self-consolidating concrete (SCC). 2. It consists of a circular ring with evenly spaced vertical bars. 3. Concrete is poured into a slump cone and allowed to flow through the J-Ring. 4. The test evaluates the concrete's flowability and ability to pass through reinforcement without blockages. 5. It helps ensure the quality and consistency of self-consolidating concrete in construction projects. How would you rate this?? 👇 #Jringapparatus #Selfconsolidatingconcrete #SCCTest #testfailed #civil #construction #civilengineering #QA #ConcreteMixDesign #ConstructionQuality #concrete #qualitycontrol #qualitymanagement #qualityassurance #qualityconstruction #engineer #engineeringsolutions #engineering #concreteindustry #test #sitework #testingsolutions #civilengineer #technique #Technology

Precision Engineered for #Success: Experience the Difference with GDPA Fasteners #nutsandbolts From small-scale projects to large-scale infrastructure, GDPA's nuts and bolts manufacturing expertise keeps everything tightly secured. Count on us for exceptional quality and reliability. #skills #technologies #product #processes #industrial #fasteners #constructionequipment #civilengineering #industry EEPC INDIA NSICLTD Civil Engineering & Construction

Steel rebar coupler work (Mechanical Joints) #Rebar #Steel #Construction #Joint #Civil #Technology #Concrete #Forum #Durability #Sustainability #Quality

Detailed Project Preparation for Development of UER-2 between Design Chainage km 15+000 to 28+450 (Package-2) in the State of Delhi on EPC Mode. #6lane #1026.0cr #nhai #electricalengineers #mechanical #electrical #construction #execution #vacancies #recruitment #construction #structure #planning #billing #QS #account #it #roadconstruction #projects #planningengineer #construction #project #roadconstruction #road #constructioncareers #smartcityproject #highwayconstruction #civil #constructionindustry #civiljobs #constructioncareers #constructioncompany

MS structure Erection Works

Bending test process of the multi-cavity concrete slab(without steel reinforcement) #civil #Engineer #slab #civil engineering

%age of steel in structural member #civil #engineering #civilworks #construction