Non-Destructive Testing (NDT)
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Hello guys, I am here to share my knowledge on Non-Destructive Testing (NDT). In this presentation, I tried to explain on the following topics: 1. why we use NDT (purpose)? 2. Condition Assessment of the Structures by Non-destructive Evaluation Techniques 3. Concrete Petrography Implications 4. Potential as a Diagnostic Technique 5. Common Applications of Microscopy in Concrete Science and Technology 6. Thermographic (Infrared Thermal Imaging) With interesting pictures and much more... I put some effort to present in front of you. So, kindly if you find any mistakes feel free to text.
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Where?
Why?
When?
Construction Machinery
Construction Steps
Conclusion.
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This Dissertation explores the particular circumstances of Mirzapur, a region located in the
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Non-Destructive Testing (NDT)
- 2. Condition Assessment of the Structures by Non-destructive Evaluation Techniques
- 3. It can be used for the following: To test actual structure instead of representative cube sample As a quality control tool To assess the structure for various distressed conditions For damage assessment due to fire, chemical attack, impact, age, etc. To detect cracks, voids, fractures, honeycombs and weak locations. To monitor progressive changes in the properties of concrete, reinforcement, etc. To assess overall stability of the structure. To monitor repair and rehabilitation systems.
- 4. Concrete Petrography Implications and Potential as a Diagnostic Technique
- 5. “Petrography” owes its origin to that branch of geological sciences which deals with the expert narration of mineral and chemical composition of rocks as well as their internal structure or texture. Transmission Light Microscope Fluorescent Light Microscopy Electron Microscopy
- 6. Polished section of Portland cement clinker Photomicrographs of thin sections of cores (in plane polarized light mode) showing the cracked oxidized pyrite grain at the surface region, and extension of cracking and reddish brown iron oxide and hydroxide oxidation products into the neighbouring paste. Field widths of all photos are 5 mm.
- 7. Photomicrographs of thin sections of cores (in plane polarized light mode) showing the gypsum crystals (G) in air voids, paste and cracks in the altered and carbonated paste. Development of cracks around the aggregates and in the cement matrix.
- 8. Common Applications of Microscopy in Concrete Science and Technology The potential of this technique is illustrated below : • Fine and Coarse aggregates • Type • Quality • Cement Aggregate Reactions (AAR) • Concrete aggregate • hydrated cement paste interface (transition zone)
- 9. • Cement Paste • w/c ratio • Degree of cement hydration • Presence of relative quantities of mineral admixtures • Cement paste content • Total air void counting • Size and spacing of air voids • Entrained versus entrapped air • Distribution of air voids
- 10. Thermo graphic (Infrared Thermal Imaging)
- 11. The objective of infrared inspections is to identify and diagnose a wide variety of common building defects without have to tear open roofs, walls, ceilings or other building structures. Thermal imaging is also an important component to detect moisture intrusion (leak detection) and diagnosis services. A view of Thermal Imaging
- 12. Infrared thermography is a process by which infrared radiation from an object can be measured or imaged using a special type of digital camera which translates the infrared image of the object (which is not visible to the human eye) into an image on an LCD screen. Floor heating system defects not detected
- 13. Wet wall instruction, impossible to see with the human eye Water intrusion was visible at the surface of finish materials primarily at the darkened area in the corner
- 14. Problem is clearly visible during an infrared inspection Defects in pipeline not detected
- 15. The infrared imaging of the same area indicated that elevated moisture levels are present in a much wider area along the dashboard and under the floor.
- 16. The infrared picture identifies the exact place of a problem in a water line. Moisture intrusion detected with IR.
- 17. A hidden pressure line leak not spotted Leakage easily spotted but clearly visible in IR
- 18. Image of the roof of a refrigerated building Moisture intrusion into a hole detected by IR
- 19. For any mistakes and suggestions feel free to text here Idamakanti.jaswanth@gmail.com