In today's research, damage analysis is the burning issue. A lot of papers are dedicated to this subject. In the present study we will compare two different methods to visualize damage and damage growth in composite materials. The first method is ultrasonic inspection which is a well established method to detect damage. The second uses the change of temperature as an indicator for damage development and damage accumulation. Results are given for both methods in a qualitative colour map. © 1989, Walter de Gruyter. All rights reserved.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
Different non-destructive testing techniques have been evaluated for detecting and assessing damage ...
Carbon fiber reinforced polymer is a material widely used nowadays in different application areas. A...
In this article, optical excitation thermographic techniques, including pulsed thermography and lock...
Composite in present day is utilized in a variety of industries, namely Automation to Aerospace indu...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
Lightning damage in composite specimens can be simulated by heating a composite specimen with a heat...
Carbon fiber reinforced plastics (CFRPs) are widely used in aerospace structures due to their high s...
Composites are being utilised extensively in many industries today, ranging from aerospace and manuf...
In recent years, structural composites manufactured by carbon fiber/epoxy laminates have been employ...
In recent years, structural composites manufactured by carbon fiber/epoxy laminates have been employ...
Today composite structures are widely used in different industries. Since these structures are somet...
Different non-destructive testing techniques have been evaluated for detecting and assessing damage ...
Different non-destructive testing techniques have been evaluated for detecting and assessing damage ...
Carbon fiber reinforced polymer is a material widely used nowadays in different application areas. A...
In this article, optical excitation thermographic techniques, including pulsed thermography and lock...
Composite in present day is utilized in a variety of industries, namely Automation to Aerospace indu...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
The present paper deals with the assessment of damage evolution in a carbon fiber reinforced composi...
Lightning damage in composite specimens can be simulated by heating a composite specimen with a heat...
Carbon fiber reinforced plastics (CFRPs) are widely used in aerospace structures due to their high s...
Composites are being utilised extensively in many industries today, ranging from aerospace and manuf...
In recent years, structural composites manufactured by carbon fiber/epoxy laminates have been employ...
In recent years, structural composites manufactured by carbon fiber/epoxy laminates have been employ...
Today composite structures are widely used in different industries. Since these structures are somet...
Different non-destructive testing techniques have been evaluated for detecting and assessing damage ...
Different non-destructive testing techniques have been evaluated for detecting and assessing damage ...
Carbon fiber reinforced polymer is a material widely used nowadays in different application areas. A...
In this article, optical excitation thermographic techniques, including pulsed thermography and lock...