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cantileverMilitary unit
This paper focuses on the application of the impact-echo method for the full scale tests conducted on concrete bridge cantilever beams and a floor slab. The method uses the phenomenon of propagating waves induced by an impact and registered by one or two accelerometers. Experimental studies proved the applicability of the impact-echo method for damage detection in the considered concrete structural elements
Existing instruments designed for measurements involving the Impact-Echo (IE) technique are usually ...
Concrete cracking often results in stiffness loss and also corrosion of the steel reinforcement. The...
Non-destructive test- (NDT-) methods are not yet commonly used for inspection of concrete structures...
This paper focuses on the application of the impact-echo method for the full scale tests conducted o...
This paper focuses on the application of the impact-echo method for the full scale tests conducted o...
This chapter describes the impact echo non-destructive test method. After a summary of the history o...
Nondestructive testing of concrete for maintenance purposes is the focus of this thesis. The applica...
The impact-echo method is a technique for flaw detection in concrete. It is based on monitoring the ...
Impact echo is an acoustic NDT method successfully used for the investigation of concrete structures...
Referat stanowi w głównej mierze przegląd literaturowy, w którym omówiono dotychczasowe zastosowania...
The recently developed impact-echo (IE) method, which utilizes an impact and subsequent displacement...
Impact-echo is known as a method for nondestructive evaluation (NDE) of defects in concrete structur...
The impact echo technique is based on the use of transient stress waves for non-destructive detectio...
Impact-echo testing is a non-destructive evaluation technique for determining the presence of defect...
A combination of multiple nondestructive testing (NDT) methods speeds up the assessmentof concrete a...
Existing instruments designed for measurements involving the Impact-Echo (IE) technique are usually ...
Concrete cracking often results in stiffness loss and also corrosion of the steel reinforcement. The...
Non-destructive test- (NDT-) methods are not yet commonly used for inspection of concrete structures...
This paper focuses on the application of the impact-echo method for the full scale tests conducted o...
This paper focuses on the application of the impact-echo method for the full scale tests conducted o...
This chapter describes the impact echo non-destructive test method. After a summary of the history o...
Nondestructive testing of concrete for maintenance purposes is the focus of this thesis. The applica...
The impact-echo method is a technique for flaw detection in concrete. It is based on monitoring the ...
Impact echo is an acoustic NDT method successfully used for the investigation of concrete structures...
Referat stanowi w głównej mierze przegląd literaturowy, w którym omówiono dotychczasowe zastosowania...
The recently developed impact-echo (IE) method, which utilizes an impact and subsequent displacement...
Impact-echo is known as a method for nondestructive evaluation (NDE) of defects in concrete structur...
The impact echo technique is based on the use of transient stress waves for non-destructive detectio...
Impact-echo testing is a non-destructive evaluation technique for determining the presence of defect...
A combination of multiple nondestructive testing (NDT) methods speeds up the assessmentof concrete a...
Existing instruments designed for measurements involving the Impact-Echo (IE) technique are usually ...
Concrete cracking often results in stiffness loss and also corrosion of the steel reinforcement. The...
Non-destructive test- (NDT-) methods are not yet commonly used for inspection of concrete structures...
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