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Application of the Ultrasonic and Sclerometric Methods for the Assessment of the Structures Made of High-Strength Concrete (HSC)

Prof. Leonard Runkiewicz, PhD, Civ.Eng.
Building Research Institute (ITB), Warsaw
Maciej Runkiewicz, MSc, Civ. Eng.
Warsaw University of Technology
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1. INTRODUCTION

2. ANALYSIS OF THREATS IN CONCRETE STRUCTURES

3. RULES OF THE APPLICATION OF NON-DESTRUCTIVE METHODS

4. APPLICATION OF NON-DESTRUCTIVE METHODS FOR HSC

5. NEW TRENDS IN THE APPLICATION OF NON-DESTRUCTIVE TESTING METHODS IN POLAND

6. CONCLUSIONS

7. BIBLIOGRAPHY

  1. Runkiewicz L.: Effect of Factors on Results of Sclerometric Tests of Concrete Building Research Institute, Warsaw 1991
  2. PN-80/B-06250 Normal Concrete
  3. PN-B-03264:1999 Reinforced Concrete Structures and Pre-stressed Structures
  4. PN-74/B-06261 Non-destructive Tests of Concrete Structures. Ultrasonic Methods
  5. PN-74/B-06262 Non-destructive Tests of Concrete Structures. Sclerometric Method. Testing of Concrete Resistance to Stressing with use of Schmidt hammer N type
  6. Eurocode 2. Building Research Institute 1995
  7. ENV 206 Normal Concrete Building Research Institute 1996
  8. Instruction of Building Research Institute No. 209. Ultrasonic Method for Testing Concrete Strength in Structures
  9. Instruction of Building Research Institute No. 210. Sclerometric Method for Testing Concrete Strength in Structures

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