Abstract Scanning Acoustic Microscopy (SAM) uses high-frequency acoustic waves to
generate non-ionizing, label-free images of the surface and internal structures of industrial …

Non‐destructive inspection of carbon fiber‐reinforced (CFR) composites applied to
aerospace industry attracts wide attention. In this article, high frequency (50–100 MHz) …

The failure progression of a fiber-reinforced toughened-matrix composite (IM7/8552) was
experimentally characterized at quasi-static (10− 4 s− 1) strain rate using crossply and quasi …

Scanning acoustic microscopy (SAM) is a non-ionizing and label-free imaging modality used
to visualize the surface and internal structures of industrial objects and biological …

The spherically focused transducer has been widely used for nondestructive evaluation of
micrometer-scale inner defects in material and microelectronic devices due to its …

Studying the processes of the composite material destruction can be performed by two
approaches. First, it is mechanical properties investigation. For this purpose, elastic …

This article discusses the fundamentals and operating principles of the following acoustic
microscopy methods: scanning laser acoustic microscopy, C-mode scanning acoustic …

This paper is devoted to the evaluation of composite materials and components using
ultrasonic visualization of structural changes caused by the external force. It is proposed to …

In recent years, the use of CM as a structural component in many branches of industry,
including aerospace, rocket and space, chemical, automotive, for the production of pipes for …

Рассмотрен метод ультразвукового исследования композитов под действием
механической нагрузки. Предложено деформацию образца измерять путем цифровой …